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", "_id": "87399fe3ac3b41a8a3969a3572414adf", "_parentId": "0360e50ae337423f948e5aa45756de6f", "_type": "component", "_layout": "left", "_onScreen": { "_isEnabled": true, "_classes": "animated pulse infinite", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": false, "_isCompletionIndicatorEnabled": false }, "_search": { "_isEnabled": true, "keywords": "" }, "instruction": "" }, { "_component": "text", "_classes": "", "_isOptional": false, "_isAvailable": true, "title": "Basic Network Connectivity and Communications Exam", "displayTitle": "", "body": "This exam will cover material from Modules 1 - 3 of the CCNA1 - Introduction to Networks v7.0 (ITN) curriculum.
© 2023, Cisco Systems, Inc.
Match the description with the associated IOS mode.
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| user EXEC mode | privileged EXEC mode | global configuration mode |
|---|---|---|
| limited number of basic monitoring commands | accessed by entering the enable command | changes made affect the operation of the device as a whole |
| the first entrance into the CLI of an IOS device | identified by a prompt ending with the # character | accessed by entering the configure terminal command |
Options matched to the correct selection.
| user EXEC mode | privileged EXEC mode | global configuration mode |
|---|---|---|
| limited number of basic monitoring commands | accessed by entering the enable command | changes made affect the operation of the device as a whole |
| the first entrance into the CLI of an IOS device | identified by a prompt ending with the # character | accessed by entering the configure terminal command |
Options matched to the correct selection.
| user EXEC mode | privileged EXEC mode | global configuration mode |
|---|---|---|
| limited number of basic monitoring commands | accessed by entering the enable command | changes made affect the operation of the device as a whole |
| the first entrance into the CLI of an IOS device | identified by a prompt ending with the # character | accessed by entering the configure terminal command |
While trying to solve a network issue, a technician made multiple changes to the current router configuration file. The changes did not solve the problem and were not saved. What action can the technician take to discard the changes and work with the file in NVRAM?
", "_id": "e5843a5e406640248006e8d63d27baa6", "_parentId": "6130bb49fead4e0d936022d9ac4f8e50", "_type": "component", "_layout": "full", "_ravennaSourceID": "204761", "_smvWiseScoring": { "ident": "it_204761", "outcomes": { "decvar": [ { "_varname": "476366", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "476722", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "476366", "_view": "All", "interpret": "1 point for Option 10 points for any other option" }, { "_varname": "476722", "_view": "All", "interpret": "2 points for Option 10 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "Issue the reload command without saving the running configuration.", "_shouldBeSelected": true, "feedback": "" }, { "text": "Delete the vlan.dat file and reboot the device.", "_shouldBeSelected": false, "feedback": "" }, { "text": "Close and reopen the terminal emulation software.", "_shouldBeSelected": false, "feedback": "" }, { "text": "Issue the copy startup-config running-config command.", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "The technician does not want to make any mistakes trying to remove all the changes that were done to the running configuration file. The solution is to reboot the router without saving the running configuration. The copy startup-config running-config command does not overwrite the running configuration file with the configuration file stored in NVRAM, but rather it just has an additive effect.", "_incorrect": { "final": "The technician does not want to make any mistakes trying to remove all the changes that were done to the running configuration file. The solution is to reboot the router without saving the running configuration. The copy startup-config running-config command does not overwrite the running configuration file with the configuration file stored in NVRAM, but rather it just has an additive effect.", "notFinal": "" }, "_partlyCorrect": { "final": "The technician does not want to make any mistakes trying to remove all the changes that were done to the running configuration file. The solution is to reboot the router without saving the running configuration. The copy startup-config running-config command does not overwrite the running configuration file with the configuration file stored in NVRAM, but rather it just has an additive effect.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "An administrator uses the Ctrl-Shift-6 key combination on a switch after issuing the ping command. What is the purpose of using these keystrokes?
", "_id": "6cd5d6317ff142f0b6350558ab9cc785", "_parentId": "d5eae21faa824405bf5a33bd5180cfd8", "_type": "component", "_layout": "full", "_ravennaSourceID": "204884", "_smvWiseScoring": { "ident": "it_204884", "outcomes": { "decvar": [ { "_varname": "486203", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "487015", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "486203", "_view": "All", "interpret": "1 point for Option 20 points for any other option" }, { "_varname": "487015", "_view": "All", "interpret": "2 points for Option 20 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "to restart the ping process", "_shouldBeSelected": false, "feedback": "" }, { "text": "to interrupt the ping process", "_shouldBeSelected": true, "feedback": "" }, { "text": "to exit to a different configuration mode", "_shouldBeSelected": false, "feedback": "" }, { "text": "to allow the user to complete the command", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "To interrupt an IOS process such as ping or traceroute, a user enters the Ctrl-Shift-6 key combination. Tab completes the remainder of parameters or arguments within a command. To exit from configuration mode to privileged mode use the Ctrl-Z keystroke. CTRL-R will redisplay the line just typed, thus making it easier for the user to press Enter and reissue the ping command.", "_incorrect": { "final": "To interrupt an IOS process such as ping or traceroute, a user enters the Ctrl-Shift-6 key combination. Tab completes the remainder of parameters or arguments within a command. To exit from configuration mode to privileged mode use the Ctrl-Z keystroke. CTRL-R will redisplay the line just typed, thus making it easier for the user to press Enter and reissue the ping command.", "notFinal": "" }, "_partlyCorrect": { "final": "To interrupt an IOS process such as ping or traceroute, a user enters the Ctrl-Shift-6 key combination. Tab completes the remainder of parameters or arguments within a command. To exit from configuration mode to privileged mode use the Ctrl-Z keystroke. CTRL-R will redisplay the line just typed, thus making it easier for the user to press Enter and reissue the ping command.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "Which device performs the function of determining the path that messages should take through internetworks?
", "_id": "4aa5011f5e6e422fab30b47d2bbe8b4c", "_parentId": "b53df6b8b88d400b89f623635f605a91", "_type": "component", "_layout": "full", "_ravennaSourceID": "205584", "_smvWiseScoring": { "ident": "it_205584", "outcomes": { "decvar": [ { "_varname": "476506", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "476699", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "476506", "_view": "All", "interpret": "1 point for Option 10 points for any other option" }, { "_varname": "476699", "_view": "All", "interpret": "2 points for Option 10 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "a router", "_shouldBeSelected": true, "feedback": "" }, { "text": "a firewall", "_shouldBeSelected": false, "feedback": "" }, { "text": "a web server", "_shouldBeSelected": false, "feedback": "" }, { "text": "a DSL modem", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "A router is used to determine the path that the messages should take through the network. A firewall is used to filter incoming and outgoing traffic. A DSL modem is used to provide Internet connection for a home or an organization.", "_incorrect": { "final": "A router is used to determine the path that the messages should take through the network. A firewall is used to filter incoming and outgoing traffic. A DSL modem is used to provide Internet connection for a home or an organization.", "notFinal": "" }, "_partlyCorrect": { "final": "A router is used to determine the path that the messages should take through the network. A firewall is used to filter incoming and outgoing traffic. A DSL modem is used to provide Internet connection for a home or an organization.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "Passwords can be used to restrict access to all or parts of the Cisco IOS. Select the modes and interfaces that can be protected with passwords. (Choose three.)
", "_id": "756567481c5f41089b60a967cf7b65e3", "_parentId": "3e9b98495cf74abcae2b3cbc0831c328", "_type": "component", "_layout": "full", "_ravennaSourceID": "206893", "_smvWiseScoring": { "ident": "it_206893", "outcomes": { "decvar": [ { "_varname": "476361", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "476362", "_maxvalue": 3, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "476361", "_view": "All", "interpret": "1 point for Option 1, Option 2, Option 50 points for any other option" }, { "_varname": "476362", "_view": "All", "interpret": "Option 1, Option 2, and Option 5 are correct.1 point for each correct option.0 points if more options are selected than required." } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "VTY interface", "_shouldBeSelected": true, "feedback": "" }, { "text": "Console interface", "_shouldBeSelected": true, "feedback": "" }, { "text": "Ethernet interface", "_shouldBeSelected": false, "feedback": "" }, { "text": "Boot IOS mode", "_shouldBeSelected": false, "feedback": "" }, { "text": "Privileged EXEC mode", "_shouldBeSelected": true, "feedback": "" }, { "text": "Router configuration mode", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 3, "_feedback": { "title": "", "correct": "Access to the VTY and console interfaces can be restricted using passwords. Out-of-band management of the router can be restricted in both user EXEC and privileged EXEC modes.", "_incorrect": { "final": "Access to the VTY and console interfaces can be restricted using passwords. Out-of-band management of the router can be restricted in both user EXEC and privileged EXEC modes.", "notFinal": "" }, "_partlyCorrect": { "final": "Access to the VTY and console interfaces can be restricted using passwords. Out-of-band management of the router can be restricted in both user EXEC and privileged EXEC modes.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "Why would a Layer 2 switch need an IP address?
", "_id": "f76284a2a7254e15801512a27ebc60c8", "_parentId": "fa9ef7c6fd4d4babb038894900d75af4", "_type": "component", "_layout": "full", "_ravennaSourceID": "208164", "_smvWiseScoring": { "ident": "it_208164", "outcomes": { "decvar": [ { "_varname": "473833", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "476724", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "473833", "_view": "All", "interpret": "1 point for Option 30 points for any other option" }, { "_varname": "476724", "_view": "All", "interpret": "2 points for Option 30 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "to enable the switch to send broadcast frames to attached PCs", "_shouldBeSelected": false, "feedback": "" }, { "text": "to enable the switch to function as a default gateway", "_shouldBeSelected": false, "feedback": "" }, { "text": "to enable the switch to be managed remotely", "_shouldBeSelected": true, "feedback": "" }, { "text": "to enable the switch to receive frames from attached PCs", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "A switch, as a Layer 2 device, does not need an IP address to transmit frames to attached devices. However, when a switch is accessed remotely through the network, it must have a Layer 3 address. The IP address must be applied to a virtual interface rather than to a physical interface. Routers, not switches, function as default gateways.", "_incorrect": { "final": "A switch, as a Layer 2 device, does not need an IP address to transmit frames to attached devices. However, when a switch is accessed remotely through the network, it must have a Layer 3 address. The IP address must be applied to a virtual interface rather than to a physical interface. Routers, not switches, function as default gateways.", "notFinal": "" }, "_partlyCorrect": { "final": "A switch, as a Layer 2 device, does not need an IP address to transmit frames to attached devices. However, when a switch is accessed remotely through the network, it must have a Layer 3 address. The IP address must be applied to a virtual interface rather than to a physical interface. Routers, not switches, function as default gateways.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "What command will prevent all unencrypted passwords from displaying in plain text in a configuration file?
", "_id": "a384b0d8e12d4beb856efed4654c07a9", "_parentId": "a2022984a5e949c29828af07d14d532a", "_type": "component", "_layout": "full", "_ravennaSourceID": "208212", "_smvWiseScoring": { "ident": "it_208212", "outcomes": { "decvar": [ { "_varname": "472244", "_maxvalue": 1, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "472244", "_view": "All", "interpret": "1 point for Option 40 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "(config)# enable password secret", "_shouldBeSelected": false, "feedback": "" }, { "text": "(config)# enable secret Secret_Password", "_shouldBeSelected": false, "feedback": "" }, { "text": "(config-line)# password secret", "_shouldBeSelected": false, "feedback": "" }, { "text": "(config)# service password-encryption", "_shouldBeSelected": true, "feedback": "" }, { "text": "(config)# enable secret Encrypted_Password", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "To prevent all configured passwords from appearing in plain text in configuration files, an administrator can execute the service password-encryption command. This command encrypts all configured passwords in the configuration file.", "_incorrect": { "final": "To prevent all configured passwords from appearing in plain text in configuration files, an administrator can execute the service password-encryption command. This command encrypts all configured passwords in the configuration file.", "notFinal": "" }, "_partlyCorrect": { "final": "To prevent all configured passwords from appearing in plain text in configuration files, an administrator can execute the service password-encryption command. This command encrypts all configured passwords in the configuration file.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "Which interface allows remote management of a Layer 2 switch?
", "_id": "d74cc29079274823a432e0622dec2ff3", "_parentId": "3c37250b1746454aa0932010a327574c", "_type": "component", "_layout": "full", "_ravennaSourceID": "208239", "_smvWiseScoring": { "ident": "it_208239", "outcomes": { "decvar": [ { "_varname": "471529", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "476777", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "471529", "_view": "All", "interpret": "1 point for Option 30 points for any other option" }, { "_varname": "476777", "_view": "All", "interpret": "2 points for Option 30 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "the AUX interface", "_shouldBeSelected": false, "feedback": "" }, { "text": "the console port interface", "_shouldBeSelected": false, "feedback": "" }, { "text": "the switch virtual interface", "_shouldBeSelected": true, "feedback": "" }, { "text": "the first Ethernet port interface", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "In a Layer 2 switch, there is a switch virtual interface (SVI) that provides a means for remotely managing the device.", "_incorrect": { "final": "In a Layer 2 switch, there is a switch virtual interface (SVI) that provides a means for remotely managing the device.", "notFinal": "" }, "_partlyCorrect": { "final": "In a Layer 2 switch, there is a switch virtual interface (SVI) that provides a means for remotely managing the device.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "
Refer to the exhibit. An administrator is trying to configure the switch but receives the error message that is displayed in the exhibit. What is the problem?
", "_id": "1c5b338407ad4665b613954b8448a479", "_parentId": "741b5647b20a4be1805a547795768412", "_type": "component", "_layout": "full", "_ravennaSourceID": "208399", "_smvWiseScoring": { "ident": "it_208399", "outcomes": { "decvar": [ { "_varname": "482380", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "487044", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "482380", "_view": "All", "interpret": "1 point for Option 30 points for any other option" }, { "_varname": "487044", "_view": "All", "interpret": "2 points for Option 30 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "The entire command, configure terminal, must be used.", "_shouldBeSelected": false, "feedback": "" }, { "text": "The administrator is already in global configuration mode.", "_shouldBeSelected": false, "feedback": "" }, { "text": "The administrator must first enter privileged EXEC mode before issuing the command.", "_shouldBeSelected": true, "feedback": "" }, { "text": "The administrator must connect via the console port to access global configuration mode.", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "In order to enter global configuration mode, the command configure terminal, or a shortened version such as config t, must be entered from privileged EXEC mode. In this scenario the administrator is in user EXEC mode, as indicated by the > symbol after the hostname. The administrator would need to use the enable command to move into privileged EXEC mode before entering the configure terminal command.", "_incorrect": { "final": "In order to enter global configuration mode, the command configure terminal, or a shortened version such as config t, must be entered from privileged EXEC mode. In this scenario the administrator is in user EXEC mode, as indicated by the > symbol after the hostname. The administrator would need to use the enable command to move into privileged EXEC mode before entering the configure terminal command.", "notFinal": "" }, "_partlyCorrect": { "final": "In order to enter global configuration mode, the command configure terminal, or a shortened version such as config t, must be entered from privileged EXEC mode. In this scenario the administrator is in user EXEC mode, as indicated by the > symbol after the hostname. The administrator would need to use the enable command to move into privileged EXEC mode before entering the configure terminal command.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "What method can be used by two computers to ensure that packets are not dropped because too much data is being sent too quickly?
", "_id": "9a9b8746491642fda7471cef150f29ee", "_parentId": "e9185b2369f04c99a53f7c9fd0156dc4", "_type": "component", "_layout": "full", "_ravennaSourceID": "208770", "_smvWiseScoring": { "ident": "it_208770", "outcomes": { "decvar": [ { "_varname": "474768", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "476753", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "474768", "_view": "All", "interpret": "1 point for Option 20 points for any other option" }, { "_varname": "476753", "_view": "All", "interpret": "2 points for Option 20 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "encapsulation", "_shouldBeSelected": false, "feedback": "" }, { "text": "flow control", "_shouldBeSelected": true, "feedback": "" }, { "text": "access method", "_shouldBeSelected": false, "feedback": "" }, { "text": "response timeout", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "In order for two computers to be able to communicate effectively, there must be a mechanism that allows both the source and destination to set the timing of the transmission and receipt of data. Flow control allows for this by ensuring that data is not sent too fast for it to be received properly.", "_incorrect": { "final": "In order for two computers to be able to communicate effectively, there must be a mechanism that allows both the source and destination to set the timing of the transmission and receipt of data. Flow control allows for this by ensuring that data is not sent too fast for it to be received properly.", "notFinal": "" }, "_partlyCorrect": { "final": "In order for two computers to be able to communicate effectively, there must be a mechanism that allows both the source and destination to set the timing of the transmission and receipt of data. Flow control allows for this by ensuring that data is not sent too fast for it to be received properly.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "Which statement is correct about network protocols?
", "_id": "c2382ddf32de413d861991623f009cf8", "_parentId": "dca0cd9378bf43eb96efbd379ee1ec2e", "_type": "component", "_layout": "full", "_ravennaSourceID": "208787", "_smvWiseScoring": { "ident": "it_208787", "outcomes": { "decvar": [ { "_varname": "476576", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "687495", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "476576", "_view": "All", "interpret": "1 point for Option 20 points for any other option" }, { "_varname": "687495", "_view": "All", "interpret": "2 points for Option 20 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "Network protocols define the type of hardware that is used and how it is mounted in racks.", "_shouldBeSelected": false, "feedback": "" }, { "text": "They define how messages are exchanged between the source and the destination.", "_shouldBeSelected": true, "feedback": "" }, { "text": "They all function in the network access layer of TCP/IP.", "_shouldBeSelected": false, "feedback": "" }, { "text": "They are only required for exchange of messages between devices on remote networks.", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "Network protocols are implemented in hardware, or software, or both. They interact with each other within different layers of a protocol stack. Protocols have nothing to do with the installation of the network equipment. Network protocols are required to exchange information between source and destination devices in both local and remote networks.", "_incorrect": { "final": "Network protocols are implemented in hardware, or software, or both. They interact with each other within different layers of a protocol stack. Protocols have nothing to do with the installation of the network equipment. Network protocols are required to exchange information between source and destination devices in both local and remote networks.", "notFinal": "" }, "_partlyCorrect": { "final": "Network protocols are implemented in hardware, or software, or both. They interact with each other within different layers of a protocol stack. Protocols have nothing to do with the installation of the network equipment. Network protocols are required to exchange information between source and destination devices in both local and remote networks.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "Which statement accurately describes a TCP/IP encapsulation process when a PC is sending data to the network?
", "_id": "dfac0b06b43c4e5cb2a7ee97324c98a1", "_parentId": "d245d6f9b8434f24a108cb699eb3f0ab", "_type": "component", "_layout": "full", "_ravennaSourceID": "208808", "_smvWiseScoring": { "ident": "it_208808", "outcomes": { "decvar": [ { "_varname": "482605", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "482606", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "482605", "_view": "All", "interpret": "1 point for Option 30 points for any other option" }, { "_varname": "482606", "_view": "All", "interpret": "2 points for Option 30 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "Data is sent from the internet layer to the network access layer.", "_shouldBeSelected": false, "feedback": "" }, { "text": "Packets are sent from the network access layer to the transport layer.", "_shouldBeSelected": false, "feedback": "" }, { "text": "Segments are sent from the transport layer to the internet layer.", "_shouldBeSelected": true, "feedback": "" }, { "text": "Frames are sent from the network access layer to the internet layer.", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "When the data is traveling from the PC to the network, the transport layer sends segments to the internet layer. The internet layer sends packets to the network access layer, which creates frames and then converts the frames to bits. The bits are released to the network media.", "_incorrect": { "final": "When the data is traveling from the PC to the network, the transport layer sends segments to the internet layer. The internet layer sends packets to the network access layer, which creates frames and then converts the frames to bits. The bits are released to the network media.", "notFinal": "" }, "_partlyCorrect": { "final": "When the data is traveling from the PC to the network, the transport layer sends segments to the internet layer. The internet layer sends packets to the network access layer, which creates frames and then converts the frames to bits. The bits are released to the network media.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "Which PDU format is used when bits are received from the network medium by the NIC of a host?
", "_id": "890b3888803e48b5830f3dc7c7ebc39d", "_parentId": "b5c06ad64f054aba8b91faf4a4b19b8e", "_type": "component", "_layout": "full", "_ravennaSourceID": "208862", "_smvWiseScoring": { "ident": "it_208862", "outcomes": { "decvar": [ { "_varname": "474955", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "476759", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "474955", "_view": "All", "interpret": "1 point for Option 20 points for any other option" }, { "_varname": "476759", "_view": "All", "interpret": "2 points for Option 20 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "file", "_shouldBeSelected": false, "feedback": "" }, { "text": "frame", "_shouldBeSelected": true, "feedback": "" }, { "text": "packet", "_shouldBeSelected": false, "feedback": "" }, { "text": "segment", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "When received at the physical layer of a host, the bits are formatted into a frame at the data link layer. A packet is the PDU at the network layer. A segment is the PDU at the transport layer. A file is a data structure that may be used at the application layer.", "_incorrect": { "final": "When received at the physical layer of a host, the bits are formatted into a frame at the data link layer. A packet is the PDU at the network layer. A segment is the PDU at the transport layer. A file is a data structure that may be used at the application layer.", "notFinal": "" }, "_partlyCorrect": { "final": "When received at the physical layer of a host, the bits are formatted into a frame at the data link layer. A packet is the PDU at the network layer. A segment is the PDU at the transport layer. A file is a data structure that may be used at the application layer.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "What is an advantage of network devices using open standard protocols?
", "_id": "26f4faf855344482b118bdc3409ee1f4", "_parentId": "e4a9601491f747598c6fcc7643c5f365", "_type": "component", "_layout": "full", "_ravennaSourceID": "208866", "_smvWiseScoring": { "ident": "it_208866", "outcomes": { "decvar": [ { "_varname": "476668", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "476765", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "476668", "_view": "All", "interpret": "1 point for Option 20 points for any other option" }, { "_varname": "476765", "_view": "All", "interpret": "2 points for Option 20 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "Network communications is confined to data transfers between devices from the same vendor.", "_shouldBeSelected": false, "feedback": "" }, { "text": "A client host and a server running different operating systems can successfully exchange data.", "_shouldBeSelected": true, "feedback": "" }, { "text": "Internet access can be controlled by a single ISP in each market.", "_shouldBeSelected": false, "feedback": "" }, { "text": "Competition and innovation are limited to specific types of products.", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "An advantage of network devices implementing open standard protocols, such as from the TCP/IP suite, is that clients and servers running different operating systems can communicate with each other. Open standard protocols facilitate innovation and competition between vendors and across markets, and can reduce the occurrence of monopolies in networking markets.", "_incorrect": { "final": "An advantage of network devices implementing open standard protocols, such as from the TCP/IP suite, is that clients and servers running different operating systems can communicate with each other. Open standard protocols facilitate innovation and competition between vendors and across markets, and can reduce the occurrence of monopolies in networking markets.", "notFinal": "" }, "_partlyCorrect": { "final": "An advantage of network devices implementing open standard protocols, such as from the TCP/IP suite, is that clients and servers running different operating systems can communicate with each other. Open standard protocols facilitate innovation and competition between vendors and across markets, and can reduce the occurrence of monopolies in networking markets.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "What function does pressing the Tab key have when entering a command in IOS?
", "_id": "e1f9244fefc345af88788498680b6bea", "_parentId": "74602bddf3744dc5bd529af601a52553", "_type": "component", "_layout": "full", "_ravennaSourceID": "223273", "_smvWiseScoring": { "ident": "it_223273", "outcomes": { "decvar": [ { "_varname": "527999", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "528000", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "527999", "_view": "All", "interpret": "1 point for Option 40 points for any other option" }, { "_varname": "528000", "_view": "All", "interpret": "2 points for Option 40 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "It aborts the current command and returns to configuration mode.", "_shouldBeSelected": false, "feedback": "" }, { "text": "It exits configuration mode and returns to user EXEC mode.", "_shouldBeSelected": false, "feedback": "" }, { "text": "It moves the cursor to the beginning of the next line.", "_shouldBeSelected": false, "feedback": "" }, { "text": "It completes the remainder of a partially typed word in a command.", "_shouldBeSelected": true, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "Pressing the Tab key after a command has been partially typed will cause the IOS to complete the rest of the command.", "_incorrect": { "final": "Pressing the Tab key after a command has been partially typed will cause the IOS to complete the rest of the command.", "notFinal": "" }, "_partlyCorrect": { "final": "Pressing the Tab key after a command has been partially typed will cause the IOS to complete the rest of the command.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "What three application layer protocols are part of the TCP/IP protocol suite? (Choose three.)
", "_id": "56a81552f0a74ce59b3bf78f1430d745", "_parentId": "860b520ec9594bfe84916dfb297ca99e", "_type": "component", "_layout": "full", "_ravennaSourceID": "223286", "_smvWiseScoring": { "ident": "it_223286", "outcomes": { "decvar": [ { "_varname": "528007", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "528008", "_maxvalue": 3, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "528007", "_view": "All", "interpret": "1 point for Option 2, Option 3, Option 40 points for any other option" }, { "_varname": "528008", "_view": "All", "interpret": "Option 2, Option 3, and Option 4 are correct.1 point for each correct option.0 points if more options are selected than required." } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "ARP", "_shouldBeSelected": false, "feedback": "" }, { "text": "DHCP", "_shouldBeSelected": true, "feedback": "" }, { "text": "DNS", "_shouldBeSelected": true, "feedback": "" }, { "text": "FTP", "_shouldBeSelected": true, "feedback": "" }, { "text": "NAT", "_shouldBeSelected": false, "feedback": "" }, { "text": "PPP", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 3, "_feedback": { "title": "", "correct": "DNS, DHCP, and FTP are all application layer protocols in the TCP/IP protocol suite. ARP and PPP are network access layer protocols, and NAT is an internet layer protocol in the TCP/IP protocol suite.", "_incorrect": { "final": "DNS, DHCP, and FTP are all application layer protocols in the TCP/IP protocol suite. ARP and PPP are network access layer protocols, and NAT is an internet layer protocol in the TCP/IP protocol suite.", "notFinal": "" }, "_partlyCorrect": { "final": "DNS, DHCP, and FTP are all application layer protocols in the TCP/IP protocol suite. ARP and PPP are network access layer protocols, and NAT is an internet layer protocol in the TCP/IP protocol suite.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "After making configuration changes on a Cisco switch, a network administrator issues a copy running-config startup-config command. What is the result of issuing this command?
", "_id": "5800dd7038e243009cd0e49a1de3d059", "_parentId": "e89458d46cd5490995edc01c78a528a7", "_type": "component", "_layout": "full", "_ravennaSourceID": "223463", "_smvWiseScoring": { "ident": "it_223463", "outcomes": { "decvar": [ { "_varname": "521152", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "521153", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "521152", "_view": "All", "interpret": "1 point for Option 20 points for any other option" }, { "_varname": "521153", "_view": "All", "interpret": "2 points for Option 20 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "The new configuration will be stored in flash memory.", "_shouldBeSelected": false, "feedback": "" }, { "text": "The new configuration will be loaded if the switch is restarted.", "_shouldBeSelected": true, "feedback": "" }, { "text": "The current IOS file will be replaced with the newly configured file.", "_shouldBeSelected": false, "feedback": "" }, { "text": "The configuration changes will be removed and the original configuration will be restored.", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "With the copy running-config startup-config command, the content of the current operating configuration replaces the startup configuration file stored in NVRAM. The configuration file saved in NVRAM will be loaded when the device is restarted.", "_incorrect": { "final": "With the copy running-config startup-config command, the content of the current operating configuration replaces the startup configuration file stored in NVRAM. The configuration file saved in NVRAM will be loaded when the device is restarted.", "notFinal": "" }, "_partlyCorrect": { "final": "With the copy running-config startup-config command, the content of the current operating configuration replaces the startup configuration file stored in NVRAM. The configuration file saved in NVRAM will be loaded when the device is restarted.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "![\"A](\"en-US/assets/i223579v1n1_208237.gif\")
Refer to the exhibit. A network administrator is configuring access control to switch SW1. If the administrator uses a console connection to connect to the switch, which password is needed to access user EXEC mode?
", "_id": "6a91da171891409ba7903f5d8f1bf22a", "_parentId": "fb48174fe386452ab9d6505625134386", "_type": "component", "_layout": "full", "_ravennaSourceID": "223579", "_smvWiseScoring": { "ident": "it_223579", "outcomes": { "decvar": [ { "_varname": "521698", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "521699", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "521698", "_view": "All", "interpret": "1 point for Option 30 points for any other option" }, { "_varname": "521699", "_view": "All", "interpret": "2 points for Option 30 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "letmein", "_shouldBeSelected": false, "feedback": "" }, { "text": "secretin", "_shouldBeSelected": false, "feedback": "" }, { "text": "lineconin", "_shouldBeSelected": true, "feedback": "" }, { "text": "linevtyin", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "Telnet accesses a network device through the virtual interface configured with the line VTY command. The password configured under this is required to access the user EXEC mode. The password configured under the line console 0 command is required to gain entry through the console port, and the enable and enable secret passwords are used to allow entry into the privileged EXEC mode.", "_incorrect": { "final": "Telnet accesses a network device through the virtual interface configured with the line VTY command. The password configured under this is required to access the user EXEC mode. The password configured under the line console 0 command is required to gain entry through the console port, and the enable and enable secret passwords are used to allow entry into the privileged EXEC mode.", "notFinal": "" }, "_partlyCorrect": { "final": "Telnet accesses a network device through the virtual interface configured with the line VTY command. The password configured under this is required to access the user EXEC mode. The password configured under the line console 0 command is required to gain entry through the console port, and the enable and enable secret passwords are used to allow entry into the privileged EXEC mode.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_id": "1cf32a939a41442b910b17c3795db924", "_parentId": "91e588a4fd044b64b9ea156e368ea64c", "_type": "component", "_component": "objectMatching", "_classes": "", "_layout": "full", "title": "Question", "displayTitle": "Question", "body": "Match the description to the organization.
", "instruction": "", "_attempts": 1, "_isRandom": true, "_shouldDisplayAttempts": false, "_shouldResetAllAnswers": true, "_questionWeight": 1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_recordInteraction": true, "_isQuestionRandom": true, "_isAnswerRandom": false, "_categoryTitle": "Categories:", "_optionTitle": "Options:", "_defaultAnswerBGColor": "#F2F2F2", "placeholder": "Please select an option", "_ravennaSourceID": "245440", "_smvWiseScoring": { "ident": "it_245440", "outcomes": { "decvar": [ { "_varname": "obs0", "_maxvalue": 2, "title": "Options matched to the correct selection." }, { "_varname": "status", "_maxvalue": 0, "title": "status" } ], "interpretvar": [ { "_varname": "obs0", "_view": "All", "interpret": "Click on the question mark at the bottom of the item for the correct answer.There is no partial credit." }, { "_varname": "status", "_view": "All", "interpret": "status" } ] } }, "_items": [ { "question": "This organization promotes the open development, evolution, and use of the Internet throughout the world.", "answer": "ISOC", "questionBGColor": "#F9D8D6" }, { "question": "This organization is the largest developer of international standards in the world for a wide variety of products and services. It is known for its Open Systems Interconnection (OSI) reference model.", "answer": "ISO", "questionBGColor": "#D6CDEA" }, { "question": "This organization is responsible for overseeing and managing IP address allocation, domain name management, and protocol identifiers.", "answer": "IANA", "questionBGColor": "#F9EBDF" } ], "_feedback": { "title": "", "correct": "Place the options in the following order:
| This organization promotes the open development, evolution, and use of the Internet throughout the world. | ISOC |
| This organization is the largest developer of international standards in the world for a wide variety of products and services. It is known for its Open Systems Interconnection (OSI) reference model. | ISO |
| This organization is responsible for overseeing and managing IP address allocation, domain name management, and protocol identifiers. | IANA |
Place the options in the following order:
| This organization promotes the open development, evolution, and use of the Internet throughout the world. | ISOC |
| This organization is the largest developer of international standards in the world for a wide variety of products and services. It is known for its Open Systems Interconnection (OSI) reference model. | ISO |
| This organization is responsible for overseeing and managing IP address allocation, domain name management, and protocol identifiers. | IANA |
Place the options in the following order:
| This organization promotes the open development, evolution, and use of the Internet throughout the world. | ISOC |
| This organization is the largest developer of international standards in the world for a wide variety of products and services. It is known for its Open Systems Interconnection (OSI) reference model. | ISO |
| This organization is responsible for overseeing and managing IP address allocation, domain name management, and protocol identifiers. | IANA |
Place the options in the following order:
| This organization promotes the open development, evolution, and use of the Internet throughout the world. | ISOC |
| This organization is the largest developer of international standards in the world for a wide variety of products and services. It is known for its Open Systems Interconnection (OSI) reference model. | ISO |
| This organization is responsible for overseeing and managing IP address allocation, domain name management, and protocol identifiers. | IANA |
Place the options in the following order:
| This organization promotes the open development, evolution, and use of the Internet throughout the world. | ISOC |
| This organization is the largest developer of international standards in the world for a wide variety of products and services. It is known for its Open Systems Interconnection (OSI) reference model. | ISO |
| This organization is responsible for overseeing and managing IP address allocation, domain name management, and protocol identifiers. | IANA |
Which name is assigned to the transport layer PDU?
", "_id": "b606b746816944d7b1ed420f7446e68b", "_parentId": "4f9d2b6c66264feb9f4536f3a5b40041", "_type": "component", "_layout": "full", "_ravennaSourceID": "261239", "_smvWiseScoring": { "ident": "it_261239", "outcomes": { "decvar": [ { "_varname": "647277", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "647278", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "647277", "_view": "All", "interpret": "1 point for Option 50 points for any other option" }, { "_varname": "647278", "_view": "All", "interpret": "2 points for Option 50 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "bits", "_shouldBeSelected": false, "feedback": "" }, { "text": "data", "_shouldBeSelected": false, "feedback": "" }, { "text": "frame", "_shouldBeSelected": false, "feedback": "" }, { "text": "packet", "_shouldBeSelected": false, "feedback": "" }, { "text": "segment", "_shouldBeSelected": true, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "Application data is passed down the protocol stack on its way to be transmitted across the network media. During the process, various protocols add information to it at each level. At each stage of the process, a PDU (protocol data unit) has a different name to reflect its new functions. The PDUs are named according to the protocols of the TCP/IP suite:A user is implementing security on a small office network. Which two actions would provide the minimum security requirements for this network? (Choose two.)
", "_id": "448377af712a470f8d8d816021735348", "_parentId": "34dfe2a2accb42e5b57a57af0231a3a2", "_type": "component", "_layout": "full", "_ravennaSourceID": "261490", "_smvWiseScoring": { "ident": "it_261490", "outcomes": { "decvar": [ { "_varname": "683066", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "683067", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "683066", "_view": "All", "interpret": "1 point for Option 1, Option 30 points for any other option" }, { "_varname": "683067", "_view": "All", "interpret": "Option 1 and Option 3 are correct.1 point for each correct option.0 points if more options are selected than required." } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "implementing a firewall", "_shouldBeSelected": true, "feedback": "" }, { "text": "installing a wireless network", "_shouldBeSelected": false, "feedback": "" }, { "text": "installing antivirus software", "_shouldBeSelected": true, "feedback": "" }, { "text": "implementing an intrusion detection system", "_shouldBeSelected": false, "feedback": "" }, { "text": "adding a dedicated intrusion prevention device", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 2, "_feedback": { "title": "", "correct": "Technically complex security measures such as intrusion prevention and intrusion prevention systems are usually associated with business networks rather than home networks. Installing antivirus software, antimalware software, and implementing a firewall will usually be the minimum requirements for home networks. Installing a home wireless network will not improve network security, and will require further security actions to be taken.", "_incorrect": { "final": "Technically complex security measures such as intrusion prevention and intrusion prevention systems are usually associated with business networks rather than home networks. Installing antivirus software, antimalware software, and implementing a firewall will usually be the minimum requirements for home networks. Installing a home wireless network will not improve network security, and will require further security actions to be taken.", "notFinal": "" }, "_partlyCorrect": { "final": "Technically complex security measures such as intrusion prevention and intrusion prevention systems are usually associated with business networks rather than home networks. Installing antivirus software, antimalware software, and implementing a firewall will usually be the minimum requirements for home networks. Installing a home wireless network will not improve network security, and will require further security actions to be taken.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "When IPv4 addressing is manually configured on a web server, which property of the IPv4 configuration identifies the network and host portion for an IPv4 address?
", "_id": "ea5c1ced61214870b93e5baefca53953", "_parentId": "1626e4a00607429da126a8afd6e7fc33", "_type": "component", "_layout": "full", "_ravennaSourceID": "264431", "_smvWiseScoring": { "ident": "it_264431", "outcomes": { "decvar": [ { "_varname": "683434", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "683435", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "683434", "_view": "All", "interpret": "1 point for Option 20 points for any other option" }, { "_varname": "683435", "_view": "All", "interpret": "2 points for Option 20 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "DNS server address", "_shouldBeSelected": false, "feedback": "" }, { "text": "Subnet mask", "_shouldBeSelected": true, "feedback": "" }, { "text": "Default gateway", "_shouldBeSelected": false, "feedback": "" }, { "text": "DHCP server address", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "There are several components that need to be entered when configuring IPv4 for an end device:Match the requirements of a reliable network with the supporting network architecture.
", "instruction": "", "_attempts": 1, "_isRandom": true, "_shouldDisplayAttempts": false, "_shouldResetAllAnswers": true, "_questionWeight": 1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_recordInteraction": true, "_isQuestionRandom": true, "_isAnswerRandom": false, "_categoryTitle": "Categories:", "_optionTitle": "Options:", "_defaultAnswerBGColor": "#F2F2F2", "placeholder": "Please select an option", "_ravennaSourceID": "264443", "_smvWiseScoring": { "ident": "it_264443", "outcomes": { "decvar": [ { "_varname": "obs0", "_maxvalue": 2, "title": "Options matched to the correct selection." }, { "_varname": "status", "_maxvalue": 0, "title": "status" } ], "interpretvar": [ { "_varname": "obs0", "_view": "All", "interpret": "Click on the question mark at the bottom of the item for the correct answer.There is no partial credit." }, { "_varname": "status", "_view": "All", "interpret": "status" } ] } }, "_items": [ { "question": "security", "answer": "Protect the network from unauthorized access.", "questionBGColor": "#F9D8D6" }, { "question": "fault tolerance", "answer": "Provide redundant links and devices.", "questionBGColor": "#D6CDEA" }, { "question": "scalability", "answer": "Expand the network without degrading the service for existing users.", "questionBGColor": "#F9EBDF" } ], "_feedback": { "title": "", "correct": "Place the options in the following order:
| security | Protect the network from unauthorized access. |
| fault tolerance | Provide redundant links and devices. |
| scalability | Expand the network without degrading the service for existing users. |
Place the options in the following order:
| security | Protect the network from unauthorized access. |
| fault tolerance | Provide redundant links and devices. |
| scalability | Expand the network without degrading the service for existing users. |
Place the options in the following order:
| security | Protect the network from unauthorized access. |
| fault tolerance | Provide redundant links and devices. |
| scalability | Expand the network without degrading the service for existing users. |
Place the options in the following order:
| security | Protect the network from unauthorized access. |
| fault tolerance | Provide redundant links and devices. |
| scalability | Expand the network without degrading the service for existing users. |
Place the options in the following order:
| security | Protect the network from unauthorized access. |
| fault tolerance | Provide redundant links and devices. |
| scalability | Expand the network without degrading the service for existing users. |
A technician configures a switch with these commands:
SwitchA(config)# interface vlan 1
SwitchA(config-if)# ip address 192.168.1.1 255.255.255.0
SwitchA(config-if)# no shutdown
What is the technician configuring?
Which command or key combination allows a user to return to the previous level in the command hierarchy?
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", "_id": "b843756f1f7c4d55a948943a8a022ba6", "_parentId": "d4a5376e82094b798b4e1ee1fcdeabb5", "_type": "component", "_layout": "full", "_ravennaSourceID": "271982", "_smvWiseScoring": { "ident": "it_271982", "outcomes": { "decvar": [ { "_varname": "681418", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "681419", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "681418", "_view": "All", "interpret": "1 point for Option 10 points for any other option" }, { "_varname": "681419", "_view": "All", "interpret": "2 points for Option 10 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "an intranet", "_shouldBeSelected": true, "feedback": "" }, { "text": "the Internet", "_shouldBeSelected": false, "feedback": "" }, { "text": "an extranet", "_shouldBeSelected": false, "feedback": "" }, { "text": "a local area network", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "Intranet is a term used to refer to a private connection of LANs and WANs that belongs to an organization. An intranet is designed to be accessible only by the organization's members, employees, or others with authorization.", "_incorrect": { "final": "Intranet is a term used to refer to a private connection of LANs and WANs that belongs to an organization. An intranet is designed to be accessible only by the organization's members, employees, or others with authorization.", "notFinal": "" }, "_partlyCorrect": { "final": "Intranet is a term used to refer to a private connection of LANs and WANs that belongs to an organization. An intranet is designed to be accessible only by the organization's members, employees, or others with authorization.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "What type of network traffic requires QoS?
", "_id": "458aa4fad57047cab62c66385f839fcc", "_parentId": "db446b9e5a834d999e8219f8dbb985e6", "_type": "component", "_layout": "full", "_ravennaSourceID": "271992", "_smvWiseScoring": { "ident": "it_271992", "outcomes": { "decvar": [ { "_varname": "681435", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "681436", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "681435", "_view": "All", "interpret": "1 point for Option 30 points for any other option" }, { "_varname": "681436", "_view": "All", "interpret": "2 points for Option 30 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "email", "_shouldBeSelected": false, "feedback": "" }, { "text": "on-line purchasing", "_shouldBeSelected": false, "feedback": "" }, { "text": "video conferencing", "_shouldBeSelected": true, "feedback": "" }, { "text": "wiki", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "Video conferencing utilizes real-time audio and video communications. Both of these are time-sensitive and bandwidth-intensive forms of communication that require quality of service to be active on the network. QoS will ensure an uninterrupted user experience.", "_incorrect": { "final": "Video conferencing utilizes real-time audio and video communications. Both of these are time-sensitive and bandwidth-intensive forms of communication that require quality of service to be active on the network. QoS will ensure an uninterrupted user experience.", "notFinal": "" }, "_partlyCorrect": { "final": "Video conferencing utilizes real-time audio and video communications. Both of these are time-sensitive and bandwidth-intensive forms of communication that require quality of service to be active on the network. QoS will ensure an uninterrupted user experience.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "What are two characteristics of RAM on a Cisco device? (Choose two.)
", "_id": "7033fbc81ece406a8ecefc552e9092fc", "_parentId": "e7dcf23af80c48a495fe1b50586ff501", "_type": "component", "_layout": "full", "_ravennaSourceID": "272016", "_smvWiseScoring": { "ident": "it_272016", "outcomes": { "decvar": [ { "_varname": "687010", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "687011", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "687010", "_view": "All", "interpret": "1 point for Option 2, Option 30 points for any other option" }, { "_varname": "687011", "_view": "All", "interpret": "Option 2 and Option 3 are correct.1 point for each correct option.0 points if more options are selected than required." } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "RAM provides nonvolatile storage.", "_shouldBeSelected": false, "feedback": "" }, { "text": "The configuration that is actively running on the device is stored in RAM.", "_shouldBeSelected": true, "feedback": "" }, { "text": "The contents of RAM are lost during a power cycle.", "_shouldBeSelected": true, "feedback": "" }, { "text": "RAM is a component in Cisco switches but not in Cisco routers.", "_shouldBeSelected": false, "feedback": "" }, { "text": "RAM is able to store multiple versions of IOS and configuration files.", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 2, "_feedback": { "title": "", "correct": "RAM stores data that is used by the device to support network operations. The running configuration is stored in RAM. This type of memory is considered volatile memory because data is lost during a power cycle. Flash memory stores the IOS and delivers a copy of the IOS into RAM when a device is powered on. Flash memory is nonvolatile since it retains stored contents during a loss of power.", "_incorrect": { "final": "RAM stores data that is used by the device to support network operations. The running configuration is stored in RAM. This type of memory is considered volatile memory because data is lost during a power cycle. Flash memory stores the IOS and delivers a copy of the IOS into RAM when a device is powered on. Flash memory is nonvolatile since it retains stored contents during a loss of power.", "notFinal": "" }, "_partlyCorrect": { "final": "RAM stores data that is used by the device to support network operations. The running configuration is stored in RAM. This type of memory is considered volatile memory because data is lost during a power cycle. Flash memory stores the IOS and delivers a copy of the IOS into RAM when a device is powered on. Flash memory is nonvolatile since it retains stored contents during a loss of power.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "Which two host names follow the guidelines for naming conventions on Cisco IOS devices? (Choose two.)
", "_id": "1dddd032f50041c89c352776661f19bd", "_parentId": "862806435e904d9683feb196a0332bb1", "_type": "component", "_layout": "full", "_ravennaSourceID": "272033", "_smvWiseScoring": { "ident": "it_272033", "outcomes": { "decvar": [ { "_varname": "683021", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "683022", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "683021", "_view": "All", "interpret": "1 point for Option 2, Option 50 points for any other option" }, { "_varname": "683022", "_view": "All", "interpret": "Option 2 and Option 5 are correct.1 point for each correct option.0 points if more options are selected than required." } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "Branch2!", "_shouldBeSelected": false, "feedback": "" }, { "text": "RM-3-Switch-2A4", "_shouldBeSelected": true, "feedback": "" }, { "text": "Floor(15)", "_shouldBeSelected": false, "feedback": "" }, { "text": "HO Floor 17", "_shouldBeSelected": false, "feedback": "" }, { "text": "SwBranch799", "_shouldBeSelected": true, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 2, "_feedback": { "title": "", "correct": "Some guidelines for naming conventions are that names should:Which statement describes the use of powerline networking technology?
", "_id": "fb6ea932b3cf42dca71ef7fce9057496", "_parentId": "9ceff6da36d945169e0b7e1b1b735d76", "_type": "component", "_layout": "full", "_ravennaSourceID": "272045", "_smvWiseScoring": { "ident": "it_272045", "outcomes": { "decvar": [ { "_varname": "681412", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "681413", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "681412", "_view": "All", "interpret": "1 point for Option 30 points for any other option" }, { "_varname": "681413", "_view": "All", "interpret": "2 points for Option 30 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "New "smart" electrical cabling is used to extend an existing home LAN.", "_shouldBeSelected": false, "feedback": "" }, { "text": "A home LAN is installed without the use of physical cabling.", "_shouldBeSelected": false, "feedback": "" }, { "text": "A device connects to an existing home LAN using an adapter and an existing electrical outlet.", "_shouldBeSelected": true, "feedback": "" }, { "text": "Wireless access points use powerline adapters to distribute data through the home LAN.", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "Powerline networking adds the ability to connect a device to the network using an adapter wherever there is an electrical outlet. The network uses existing electrical wiring to send data. It is not a replacement for physical cabling, but it can add functionality in places where wireless access points cannot be used or cannot reach devices.", "_incorrect": { "final": "Powerline networking adds the ability to connect a device to the network using an adapter wherever there is an electrical outlet. The network uses existing electrical wiring to send data. It is not a replacement for physical cabling, but it can add functionality in places where wireless access points cannot be used or cannot reach devices.", "notFinal": "" }, "_partlyCorrect": { "final": "Powerline networking adds the ability to connect a device to the network using an adapter wherever there is an electrical outlet. The network uses existing electrical wiring to send data. It is not a replacement for physical cabling, but it can add functionality in places where wireless access points cannot be used or cannot reach devices.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "A networking technician is working on the wireless network at a medical clinic. The technician accidentally sets up the wireless network so that patients can see the medical records data of other patients. Which of the four network characteristics has been violated in this situation?
", "_id": "4c8e4e34d9af474db12f152d5bc79311", "_parentId": "900ce347412745449d74a95209352e26", "_type": "component", "_layout": "full", "_ravennaSourceID": "273347", "_smvWiseScoring": { "ident": "it_273347", "outcomes": { "decvar": [ { "_varname": "687289", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "687290", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "687289", "_view": "All", "interpret": "1 point for Option 30 points for any other option" }, { "_varname": "687290", "_view": "All", "interpret": "2 points for Option 30 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "Fault tolerance", "_shouldBeSelected": false, "feedback": "" }, { "text": "Scalability", "_shouldBeSelected": false, "feedback": "" }, { "text": "Security", "_shouldBeSelected": true, "feedback": "" }, { "text": "Quality of Service (QoS)", "_shouldBeSelected": false, "feedback": "" }, { "text": "Reliability", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "Network security includes protecting the confidentiality of data that is on the network. In this case, because confidential data has been made available to unauthorized users, the security characteristic of the network has failed.", "_incorrect": { "final": "Network security includes protecting the confidentiality of data that is on the network. In this case, because confidential data has been made available to unauthorized users, the security characteristic of the network has failed.", "notFinal": "" }, "_partlyCorrect": { "final": "Network security includes protecting the confidentiality of data that is on the network. In this case, because confidential data has been made available to unauthorized users, the security characteristic of the network has failed.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "How is SSH different from Telnet?
", "_id": "b66ca8d1cd3f45deb75d12f8af6e4221", "_parentId": "3f311929612f4018895b7c513857e3f3", "_type": "component", "_layout": "full", "_ravennaSourceID": "273671", "_smvWiseScoring": { "ident": "it_273671", "outcomes": { "decvar": [ { "_varname": "686739", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "686740", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "686739", "_view": "All", "interpret": "1 point for Option 20 points for any other option" }, { "_varname": "686740", "_view": "All", "interpret": "2 points for Option 20 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "SSH makes connections over the network, whereas Telnet is for out-of-band access.", "_shouldBeSelected": false, "feedback": "" }, { "text": "SSH provides security to remote sessions by encrypting messages and using user authentication. Telnet is considered insecure and sends messages in plaintext.", "_shouldBeSelected": true, "feedback": "" }, { "text": "SSH requires the use of the PuTTY terminal emulation program. Tera Term must be used to connect to devices through the use of Telnet.", "_shouldBeSelected": false, "feedback": "" }, { "text": "SSH must be configured over an active network connection, whereas Telnet is used to connect to a device from a console connection.", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "SSH is the preferred protocol for connecting to a device operating system over the network because it is much more secure than Telnet. Both SSH and Telnet are used to connect to devices over the network, and so are both used in-band. PuTTY and Terra Term can be used to make both SSH and Telnet connections.", "_incorrect": { "final": "SSH is the preferred protocol for connecting to a device operating system over the network because it is much more secure than Telnet. Both SSH and Telnet are used to connect to devices over the network, and so are both used in-band. PuTTY and Terra Term can be used to make both SSH and Telnet connections.", "notFinal": "" }, "_partlyCorrect": { "final": "SSH is the preferred protocol for connecting to a device operating system over the network because it is much more secure than Telnet. Both SSH and Telnet are used to connect to devices over the network, and so are both used in-band. PuTTY and Terra Term can be used to make both SSH and Telnet connections.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_id": "12a73f6f6c714e6595a53d86668e0162", "_parentId": "3d1d1e7773344428ad4b5ad0fcb25635", "_type": "component", "_component": "objectMatching", "_classes": "", "_layout": "full", "title": "Question", "displayTitle": "Question", "body": "An administrator is configuring a switch console port with a password. In what order will the administrator travel through the IOS modes of operation in order to reach the mode in which the configuration commands will be entered?
", "instruction": "", "_attempts": 1, "_isRandom": true, "_shouldDisplayAttempts": false, "_shouldResetAllAnswers": true, "_questionWeight": 1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_recordInteraction": true, "_isQuestionRandom": true, "_isAnswerRandom": false, "_categoryTitle": "Categories:", "_optionTitle": "Options:", "_defaultAnswerBGColor": "#F2F2F2", "placeholder": "Please select an option", "_ravennaSourceID": "274045", "_smvWiseScoring": { "ident": "it_274045", "outcomes": { "decvar": [ { "_varname": "obs0", "_maxvalue": 2, "title": "Options placed in correct order." }, { "_varname": "status", "_maxvalue": 0, "title": "status" } ], "interpretvar": [ { "_varname": "obs0", "_view": "All", "interpret": "Click on the question mark at the bottom of the item for the correct answer.There is no partial credit." }, { "_varname": "status", "_view": "All", "interpret": "status" } ] } }, "_items": [ { "question": "second mode", "answer": "privileged EXEC mode ", "questionBGColor": "#F9D8D6" }, { "question": "final mode", "answer": "line configuration mode", "questionBGColor": "#D6CDEA" }, { "question": "third mode", "answer": "global configuration mode", "questionBGColor": "#F9EBDF" }, { "question": "first mode", "answer": "user EXEC mode", "questionBGColor": "#CBE4F9" } ], "_feedback": { "title": "", "correct": "Place the options in the following order:
| second mode | privileged EXEC mode |
| final mode | line configuration mode |
| third mode | global configuration mode |
| first mode | user EXEC mode |
Place the options in the following order:
| second mode | privileged EXEC mode |
| final mode | line configuration mode |
| third mode | global configuration mode |
| first mode | user EXEC mode |
Place the options in the following order:
| second mode | privileged EXEC mode |
| final mode | line configuration mode |
| third mode | global configuration mode |
| first mode | user EXEC mode |
What are three characteristics of an SVI? (Choose three.)
", "_id": "b6e731e8f99c445f81a66f106104a73e", "_parentId": "0f361bc1f3fd467f92589b9840269ce3", "_type": "component", "_layout": "full", "_ravennaSourceID": "274062", "_smvWiseScoring": { "ident": "it_274062", "outcomes": { "decvar": [ { "_varname": "682007", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "682008", "_maxvalue": 3, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "682007", "_view": "All", "interpret": "1 point for Option 2, Option 5, Option 60 points for any other option" }, { "_varname": "682008", "_view": "All", "interpret": "Option 2, Option 5, and Option 6 are correct.1 point for each correct option.0 points if more options are selected than required." } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "It is designed as a security protocol to protect switch ports.", "_shouldBeSelected": false, "feedback": "" }, { "text": "It is not associated with any physical interface on a switch.", "_shouldBeSelected": true, "feedback": "" }, { "text": "It is a special interface that allows connectivity by different types of media.", "_shouldBeSelected": false, "feedback": "" }, { "text": "It is required to allow connectivity by any device at any location.", "_shouldBeSelected": false, "feedback": "" }, { "text": "It provides a means to remotely manage a switch.", "_shouldBeSelected": true, "feedback": "" }, { "text": "It is associated with VLAN1 by default.", "_shouldBeSelected": true, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 3, "_feedback": { "title": "", "correct": "Switches have one or more switch virtual interfaces (SVIs). SVIs are created in software since there is no physical hardware associated with them. Virtual interfaces provide a means to remotely manage a switch over a network that is using IP. Each switch comes with one SVI appearing in the default configuration "out-of-the-box." The default SVI interface is VLAN1.", "_incorrect": { "final": "Switches have one or more switch virtual interfaces (SVIs). SVIs are created in software since there is no physical hardware associated with them. Virtual interfaces provide a means to remotely manage a switch over a network that is using IP. Each switch comes with one SVI appearing in the default configuration "out-of-the-box." The default SVI interface is VLAN1.", "notFinal": "" }, "_partlyCorrect": { "final": "Switches have one or more switch virtual interfaces (SVIs). SVIs are created in software since there is no physical hardware associated with them. Virtual interfaces provide a means to remotely manage a switch over a network that is using IP. Each switch comes with one SVI appearing in the default configuration "out-of-the-box." The default SVI interface is VLAN1.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "What command is used to verify the condition of the switch interfaces, including the status of the interfaces and a configured IP address?
", "_id": "da9b4e22c8b949558658aafdc5afbbe5", "_parentId": "549153fad46d46b5a49fc6117118afec", "_type": "component", "_layout": "full", "_ravennaSourceID": "274084", "_smvWiseScoring": { "ident": "it_274084", "outcomes": { "decvar": [ { "_varname": "681530", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "681531", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "681530", "_view": "All", "interpret": "1 point for Option 40 points for any other option" }, { "_varname": "681531", "_view": "All", "interpret": "2 points for Option 40 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "ipconfig", "_shouldBeSelected": false, "feedback": "" }, { "text": "ping", "_shouldBeSelected": false, "feedback": "" }, { "text": "traceroute", "_shouldBeSelected": false, "feedback": "" }, { "text": "show ip interface brief", "_shouldBeSelected": true, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "The show ip interface brief command is used to display a brief synopsis of the condition of the device interfaces. The ipconfig command is used to verify TCP/IP properties on a host. The ping command is used to verify Layer 3 connectivity. The traceroute command is used to trace the network path from source to destination.", "_incorrect": { "final": "The show ip interface brief command is used to display a brief synopsis of the condition of the device interfaces. The ipconfig command is used to verify TCP/IP properties on a host. The ping command is used to verify Layer 3 connectivity. The traceroute command is used to trace the network path from source to destination.", "notFinal": "" }, "_partlyCorrect": { "final": "The show ip interface brief command is used to display a brief synopsis of the condition of the device interfaces. The ipconfig command is used to verify TCP/IP properties on a host. The ping command is used to verify Layer 3 connectivity. The traceroute command is used to trace the network path from source to destination.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "What process involves placing one PDU inside of another PDU?
", "_id": "dec7b150afc84dc58cb6dd427407563d", "_parentId": "f4b1b16de8e24661b944c6c0cbc9da5f", "_type": "component", "_layout": "full", "_ravennaSourceID": "274096", "_smvWiseScoring": { "ident": "it_274096", "outcomes": { "decvar": [ { "_varname": "681489", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "681490", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "681489", "_view": "All", "interpret": "1 point for Option 10 points for any other option" }, { "_varname": "681490", "_view": "All", "interpret": "2 points for Option 10 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "encapsulation", "_shouldBeSelected": true, "feedback": "" }, { "text": "encoding", "_shouldBeSelected": false, "feedback": "" }, { "text": "segmentation", "_shouldBeSelected": false, "feedback": "" }, { "text": "flow control", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "When a message is placed inside of another message, this is known as encapsulation. On networks, encapsulation takes place when one protocol data unit is carried inside of the data field of the next lower protocol data unit.", "_incorrect": { "final": "When a message is placed inside of another message, this is known as encapsulation. On networks, encapsulation takes place when one protocol data unit is carried inside of the data field of the next lower protocol data unit.", "notFinal": "" }, "_partlyCorrect": { "final": "When a message is placed inside of another message, this is known as encapsulation. On networks, encapsulation takes place when one protocol data unit is carried inside of the data field of the next lower protocol data unit.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "What layer is responsible for routing messages through an internetwork in the TCP/IP model?
", "_id": "dc4ca7df506c4607902a541482a3565d", "_parentId": "c1429298a34d40b9a7df6d979b7f34a6", "_type": "component", "_layout": "full", "_ravennaSourceID": "274100", "_smvWiseScoring": { "ident": "it_274100", "outcomes": { "decvar": [ { "_varname": "681420", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "681421", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "681420", "_view": "All", "interpret": "1 point for Option 10 points for any other option" }, { "_varname": "681421", "_view": "All", "interpret": "2 points for Option 10 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "internet", "_shouldBeSelected": true, "feedback": "" }, { "text": "transport", "_shouldBeSelected": false, "feedback": "" }, { "text": "network access", "_shouldBeSelected": false, "feedback": "" }, { "text": "session", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "The TCP/IP model consists of four layers: application, transport, internet, and network access. Of these four layers, it is the internet layer that is responsible for routing messages. The session layer is not part of the TCP/IP model but is rather part of the OSI model.", "_incorrect": { "final": "The TCP/IP model consists of four layers: application, transport, internet, and network access. Of these four layers, it is the internet layer that is responsible for routing messages. The session layer is not part of the TCP/IP model but is rather part of the OSI model.", "notFinal": "" }, "_partlyCorrect": { "final": "The TCP/IP model consists of four layers: application, transport, internet, and network access. Of these four layers, it is the internet layer that is responsible for routing messages. The session layer is not part of the TCP/IP model but is rather part of the OSI model.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_id": "ca317181308949599f599f91c67cce02", "_parentId": "a601cee391944347b93fd071f77c03ec", "_type": "component", "_component": "objectMatching", "_classes": "", "_layout": "full", "title": "Question", "displayTitle": "Question", "body": "Match each characteristic to its corresponding Internet connectivity type.
", "instruction": "", "_attempts": 1, "_isRandom": true, "_shouldDisplayAttempts": false, "_shouldResetAllAnswers": true, "_questionWeight": 1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_recordInteraction": true, "_isQuestionRandom": true, "_isAnswerRandom": false, "_categoryTitle": "Categories:", "_optionTitle": "Options:", "_defaultAnswerBGColor": "#F2F2F2", "placeholder": "Please select an option", "_ravennaSourceID": "275367", "_smvWiseScoring": { "ident": "it_275367", "outcomes": { "decvar": [ { "_varname": "obs0", "_maxvalue": 2, "title": "Options matched to the correct selection." }, { "_varname": "status", "_maxvalue": 0, "title": "status" } ], "interpretvar": [ { "_varname": "obs0", "_view": "All", "interpret": "Click on the question mark at the bottom of the item for the correct answer.\nThere is no partial credit." }, { "_varname": "status", "_view": "All", "interpret": "status" } ] } }, "_items": [ { "question": "high bandwidth connection that runs over telephone line", "answer": "DSL", "questionBGColor": "#F9D8D6" }, { "question": "typically has very low bandwidth", "answer": "dialup telephone", "questionBGColor": "#D6CDEA" }, { "question": "not suited for heavily wooded areas", "answer": "satellite", "questionBGColor": "#F9EBDF" }, { "question": "uses coaxial cable as a medium", "answer": "cable", "questionBGColor": "#CBE4F9" } ], "_feedback": { "title": "", "correct": "Place the options in the following order:
| high bandwidth connection that runs over telephone line | DSL |
| typically has very low bandwidth | dialup telephone |
| not suited for heavily wooded areas | satellite |
| uses coaxial cable as a medium | cable |
Place the options in the following order:
| high bandwidth connection that runs over telephone line | DSL |
| typically has very low bandwidth | dialup telephone |
| not suited for heavily wooded areas | satellite |
| uses coaxial cable as a medium | cable |
Place the options in the following order:
| high bandwidth connection that runs over telephone line | DSL |
| typically has very low bandwidth | dialup telephone |
| not suited for heavily wooded areas | satellite |
| uses coaxial cable as a medium | cable |
Place the options in the following order:
| high bandwidth connection that runs over telephone line | DSL |
| typically has very low bandwidth | dialup telephone |
| not suited for heavily wooded areas | satellite |
| uses coaxial cable as a medium | cable |
Place the options in the following order:
| high bandwidth connection that runs over telephone line | DSL |
| typically has very low bandwidth | dialup telephone |
| not suited for heavily wooded areas | satellite |
| uses coaxial cable as a medium | cable |
Match the definitions to their respective CLI hot keys and shortcuts.
", "instruction": "", "_attempts": 1, "_isRandom": true, "_shouldDisplayAttempts": false, "_shouldResetAllAnswers": true, "_questionWeight": 1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_recordInteraction": true, "_isQuestionRandom": true, "_isAnswerRandom": false, "_categoryTitle": "Categories:", "_optionTitle": "Options:", "_defaultAnswerBGColor": "#F2F2F2", "placeholder": "Please select an option", "_ravennaSourceID": "275369", "_smvWiseScoring": { "ident": "it_275369", "outcomes": { "decvar": [ { "_varname": "obs1", "_maxvalue": 2, "title": "Options matched to the correct selection." }, { "_varname": "status", "_maxvalue": 0, "title": "status" } ], "interpretvar": [ { "_varname": "obs1", "_view": "All", "interpret": "Click on the question mark at the bottom of the item for the correct answer.There is no partial credit." }, { "_varname": "status", "_view": "All", "interpret": "status" } ] } }, "_items": [ { "question": "completes abbreviated commands and parameters", "answer": "Tab", "questionBGColor": "#F9D8D6" }, { "question": "displays the next screen", "answer": "Space bar", "questionBGColor": "#D6CDEA" }, { "question": "scrolls backwards through previously entered commands", "answer": "Up Arrow", "questionBGColor": "#F9EBDF" }, { "question": "provides context-sensitive help", "answer": "?", "questionBGColor": "#CBE4F9" }, { "question": "aborts commands such as trace and ping", "answer": "Ctrl-Shift-6", "questionBGColor": "#FCA7A7" } ], "_feedback": { "title": "", "correct": "Place the options in the following order:
| completes abbreviated commands and parameters | Tab |
| displays the next screen | Space bar |
| scrolls backwards through previously entered commands | Up Arrow |
| provides context-sensitive help | ? |
| aborts commands such as trace and ping | Ctrl-Shift-6 |
Place the options in the following order:
| completes abbreviated commands and parameters | Tab |
| displays the next screen | Space bar |
| scrolls backwards through previously entered commands | Up Arrow |
| provides context-sensitive help | ? |
| aborts commands such as trace and ping | Ctrl-Shift-6 |
Place the options in the following order:
| completes abbreviated commands and parameters | Tab |
| displays the next screen | Space bar |
| scrolls backwards through previously entered commands | Up Arrow |
| provides context-sensitive help | ? |
| aborts commands such as trace and ping | Ctrl-Shift-6 |
Place the options in the following order:
| completes abbreviated commands and parameters | Tab |
| displays the next screen | space bar |
| scrolls backwards through previously entered commands | Up Arrow |
| provides context-sensitive help | ? |
| aborts commands such as trace and ping | Ctrl-Shift-6 |
Place the options in the following order:
| completes abbreviated commands and parameters | Tab |
| displays the next screen | space bar |
| scrolls backwards through previously entered commands | Up Arrow |
| provides context-sensitive help | ? |
| aborts commands such as trace and ping | Ctrl-Shift-6 |
For the TCP/IP protocol suite, what is the correct order of events when a Telnet message is being prepared to be sent over the network?
", "instruction": "", "_attempts": 1, "_isRandom": true, "_shouldDisplayAttempts": false, "_shouldResetAllAnswers": true, "_questionWeight": 1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_recordInteraction": true, "_isQuestionRandom": true, "_isAnswerRandom": false, "_categoryTitle": "Categories:", "_optionTitle": "Options:", "_defaultAnswerBGColor": "#F2F2F2", "placeholder": "Please select an option", "_ravennaSourceID": "284983", "_smvWiseScoring": { "ident": "it_284983", "outcomes": { "decvar": [ { "_varname": "obs0", "_maxvalue": 2, "title": "Options placed in correct order." }, { "_varname": "status", "_maxvalue": 0, "title": "status" } ], "interpretvar": [ { "_varname": "obs0", "_view": "All", "interpret": "Click on the question mark at the bottom of the item for the correct answer.\nThere is no partial credit." }, { "_varname": "status", "_view": "All", "interpret": "status" } ] } }, "_items": [ { "question": "The Telnet-formatted data is provided to the next layer.", "answer": "First", "questionBGColor": "#F9D8D6" }, { "question": "The TCP header is added.", "answer": "Second", "questionBGColor": "#D6CDEA" }, { "question": "The IP header is added.", "answer": "Third", "questionBGColor": "#F9EBDF" }, { "question": "The Ethernet header is added.", "answer": "Fourth", "questionBGColor": "#CBE4F9" } ], "_feedback": { "title": "", "correct": "Place the options in the following order:
| The Telnet-formatted data is provided to the next layer. | First |
| The TCP header is added. | Second |
| The IP header is added. | Third |
| The Ethernet header is added. | Fourth |
Place the options in the following order:
| The Telnet-formatted data is provided to the next layer. | First |
| The TCP header is added. | Second |
| The IP header is added. | Third |
| The Ethernet header is added. | Fourth |
Place the options in the following order:
| The Telnet-formatted data is provided to the next layer. | First |
| The TCP header is added. | Second |
| The IP header is added. | Third |
| The Ethernet header is added. | Fourth |
Place the options in the following order:
| The Telnet-formatted data is provided to the next layer. | First |
| The TCP header is added. | Second |
| The IP header is added. | Third |
| The Ethernet header is added. | Fourth |
Place the options in the following order:
| The Telnet-formatted data is provided to the next layer. | First |
| The TCP header is added. | Second |
| The IP header is added. | Third |
| The Ethernet header is added. | Fourth |
What two criteria are used to help select a network medium from various network media? (Choose two.)
", "_id": "c003d0ca9efb49bca79c6e25fdb7a522", "_parentId": "e111548f43d54f4e9dcd81811ba01408", "_type": "component", "_layout": "full", "_ravennaSourceID": "285084", "_smvWiseScoring": { "ident": "it_285084", "outcomes": { "decvar": [ { "_varname": "723078", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "723079", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "723078", "_view": "All", "interpret": "1 point for Option 3, Option 50 points for any other option" }, { "_varname": "723079", "_view": "All", "interpret": "Option 3 and Option 5 are correct.1 point for each correct option.0 points if more options are selected than required." } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "the types of data that need to be prioritized", "_shouldBeSelected": false, "feedback": "" }, { "text": "the cost of the end devices utilized in the network", "_shouldBeSelected": false, "feedback": "" }, { "text": "the distance the selected medium can successfully carry a signal", "_shouldBeSelected": true, "feedback": "" }, { "text": "the number of intermediate devices installed in the network", "_shouldBeSelected": false, "feedback": "" }, { "text": "the environment where the selected medium is to be installed", "_shouldBeSelected": true, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 2, "_feedback": { "title": "", "correct": "Criteria for choosing a network medium are the distance the selected medium can successfully carry a signal, the environment in which the selected medium is to be installed, the amount of data and the speed at which the data must be transmitted, and the cost of the medium and its installation.", "_incorrect": { "final": "Criteria for choosing a network medium are the distance the selected medium can successfully carry a signal, the environment in which the selected medium is to be installed, the amount of data and the speed at which the data must be transmitted, and the cost of the medium and its installation.", "notFinal": "" }, "_partlyCorrect": { "final": "Criteria for choosing a network medium are the distance the selected medium can successfully carry a signal, the environment in which the selected medium is to be installed, the amount of data and the speed at which the data must be transmitted, and the cost of the medium and its installation.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "![\"HostA](\"en-US/assets/i304745v1n1_214638.png\")
Refer to the exhibit. ServerB is attempting to contact HostA. Which two statements correctly identify the addressing that ServerB will generate in the process? (Choose two.)
", "_id": "2f39280bd38f43f29fcc2e7bb6c5cc91", "_parentId": "502f30f8f3e54fc996c9ef8c986fcad1", "_type": "component", "_layout": "full", "_ravennaSourceID": "304745", "_smvWiseScoring": { "ident": "it_304745", "outcomes": { "decvar": [ { "_varname": "786237", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "786238", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "786237", "_view": "All", "interpret": "1 point for Option 4, Option 50 points for any other option" }, { "_varname": "786238", "_view": "All", "interpret": "Option 4 and Option 5 are correct.1 point for each correct option.0 points if more options are selected than required." } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "ServerB will generate a packet with the destination IP address of RouterB.", "_shouldBeSelected": false, "feedback": "" }, { "text": "ServerB will generate a frame with the destination MAC address of SwitchB.", "_shouldBeSelected": false, "feedback": "" }, { "text": "ServerB will generate a packet with the destination IP address of RouterA.", "_shouldBeSelected": false, "feedback": "" }, { "text": "ServerB will generate a frame with the destination MAC address of RouterB.", "_shouldBeSelected": true, "feedback": "" }, { "text": "ServerB will generate a packet with the destination IP address of HostA.", "_shouldBeSelected": true, "feedback": "" }, { "text": "ServerB will generate a frame with the destination MAC address of RouterA.", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 2, "_feedback": { "title": "", "correct": "In order to send data to HostA, ServerB will generate a packet that contains the IP address of the destination device on the remote network and a frame that contains the MAC address of the default gateway device on the local network.", "_incorrect": { "final": "In order to send data to HostA, ServerB will generate a packet that contains the IP address of the destination device on the remote network and a frame that contains the MAC address of the default gateway device on the local network.", "notFinal": "" }, "_partlyCorrect": { "final": "In order to send data to HostA, ServerB will generate a packet that contains the IP address of the destination device on the remote network and a frame that contains the MAC address of the default gateway device on the local network.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "Which method allows a computer to react accordingly when it requests data from a server and the server takes too long to respond?
", "_id": "dbc7170ed2504820a2a2ca4bbfd2b123", "_parentId": "4a0d5df28bf04438b754dc6748ea89ab", "_type": "component", "_layout": "full", "_ravennaSourceID": "304749", "_smvWiseScoring": { "ident": "it_304749", "outcomes": { "decvar": [ { "_varname": "786370", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "786371", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "786370", "_view": "All", "interpret": "1 point for Option 40 points for any other option" }, { "_varname": "786371", "_view": "All", "interpret": "2 points for Option 40 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "encapsulation", "_shouldBeSelected": false, "feedback": "" }, { "text": "flow control", "_shouldBeSelected": false, "feedback": "" }, { "text": "access method", "_shouldBeSelected": false, "feedback": "" }, { "text": "response timeout", "_shouldBeSelected": true, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "If a computer makes a request and does not hear a response within an acceptable amount of time, the computer assumes that no answer is coming and reacts accordingly.", "_incorrect": { "final": "If a computer makes a request and does not hear a response within an acceptable amount of time, the computer assumes that no answer is coming and reacts accordingly.", "notFinal": "" }, "_partlyCorrect": { "final": "If a computer makes a request and does not hear a response within an acceptable amount of time, the computer assumes that no answer is coming and reacts accordingly.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "A web client is receiving a response for a web page from a web server. From the perspective of the client, what is the correct order of the protocol stack that is used to decode the received transmission?
", "_id": "e05faeb25f5d441ba805b751363ea6fb", "_parentId": "d08e1f4a00ee40ab8174c97f7703df4a", "_type": "component", "_layout": "full", "_ravennaSourceID": "304751", "_smvWiseScoring": { "ident": "it_304751", "outcomes": { "decvar": [ { "_varname": "786372", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "786373", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "786372", "_view": "All", "interpret": "1 point for Option 10 points for any other option" }, { "_varname": "786373", "_view": "All", "interpret": "2 points for Option 10 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "Ethernet, IP, TCP, HTTP", "_shouldBeSelected": true, "feedback": "" }, { "text": "HTTP, TCP, IP, Ethernet", "_shouldBeSelected": false, "feedback": "" }, { "text": "Ethernet, TCP, IP, HTTP", "_shouldBeSelected": false, "feedback": "" }, { "text": "HTTP, Ethernet, IP, TCP", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "1. HTTP governs the way that a web server and client interact.Which two OSI model layers have the same functionality as a single layer of the TCP/IP model? (Choose two.)
", "_id": "f4f2d47344a34539b35b0509db35fa82", "_parentId": "ff8069e3fd2d448ca80e3b6687752185", "_type": "component", "_layout": "full", "_ravennaSourceID": "304752", "_smvWiseScoring": { "ident": "it_304752", "outcomes": { "decvar": [ { "_varname": "786134", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "786135", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "786134", "_view": "All", "interpret": "1 point for Option 1, Option 30 points for any other option" }, { "_varname": "786135", "_view": "All", "interpret": "Option 1 and Option 3 are correct.1 point for each correct option.0 points if more options are selected than required." } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "data link", "_shouldBeSelected": true, "feedback": "" }, { "text": "network", "_shouldBeSelected": false, "feedback": "" }, { "text": "physical", "_shouldBeSelected": true, "feedback": "" }, { "text": "session", "_shouldBeSelected": false, "feedback": "" }, { "text": "transport", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 2, "_feedback": { "title": "", "correct": "The OSI data link and physical layers together are equivalent to the TCP/IP network access layer. The OSI transport layer is functionally equivalent to the TCP/IP transport layer, and the OSI network layer is equivalent to the TCP/IP internet layer. The OSI application, presentation, and session layers are functionally equivalent to the application layer within the TCP/IP model.", "_incorrect": { "final": "The OSI data link and physical layers together are equivalent to the TCP/IP network access layer. The OSI transport layer is functionally equivalent to the TCP/IP transport layer, and the OSI network layer is equivalent to the TCP/IP internet layer. The OSI application, presentation, and session layers are functionally equivalent to the application layer within the TCP/IP model.", "notFinal": "" }, "_partlyCorrect": { "final": "The OSI data link and physical layers together are equivalent to the TCP/IP network access layer. The OSI transport layer is functionally equivalent to the TCP/IP transport layer, and the OSI network layer is equivalent to the TCP/IP internet layer. The OSI application, presentation, and session layers are functionally equivalent to the application layer within the TCP/IP model.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "At which layer of the OSI model would a logical address be added during encapsulation?
", "_id": "c20cf167bd0e41b7ad64b248360abcae", "_parentId": "608cea6203c54cd3a4f5c7d60dcc2d45", "_type": "component", "_layout": "full", "_ravennaSourceID": "304995", "_smvWiseScoring": { "ident": "it_304995", "outcomes": { "decvar": [ { "_varname": "787507", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "787508", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "787507", "_view": "All", "interpret": "1 point for Option 30 points for any other option" }, { "_varname": "787508", "_view": "All", "interpret": "2 points for Option 30 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "physical layer", "_shouldBeSelected": false, "feedback": "" }, { "text": "data link layer", "_shouldBeSelected": false, "feedback": "" }, { "text": "network layer", "_shouldBeSelected": true, "feedback": "" }, { "text": "transport layer", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "Logical addresses, also known as IP addresses, are added at the network layer. Physical addresses are edded at the data link layer. Port addresses are added at the transport layer. No addresses are added at the physical layer.", "_incorrect": { "final": "Logical addresses, also known as IP addresses, are added at the network layer. Physical addresses are edded at the data link layer. Port addresses are added at the transport layer. No addresses are added at the physical layer.", "notFinal": "" }, "_partlyCorrect": { "final": "Logical addresses, also known as IP addresses, are added at the network layer. Physical addresses are edded at the data link layer. Port addresses are added at the transport layer. No addresses are added at the physical layer.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "In the show running-config command, which part of the syntax is represented by running-config?
", "_id": "090ac754f2a145288fbf8605023ce54d", "_parentId": "2924f25bc3504613b7e2adc72b091c43", "_type": "component", "_layout": "full", "_ravennaSourceID": "331751", "_smvWiseScoring": { "ident": "it_331751", "outcomes": { "decvar": [ { "_varname": "822778", "_maxvalue": 1, "title": "correctness of response" }, { "_varname": "822779", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "822778", "_view": "All", "interpret": "1 point for Option 20 points for any other option" }, { "_varname": "822779", "_view": "All", "interpret": "2 points for Option 20 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "the command", "_shouldBeSelected": false, "feedback": "" }, { "text": "a keyword", "_shouldBeSelected": true, "feedback": "" }, { "text": "a variable", "_shouldBeSelected": false, "feedback": "" }, { "text": "a prompt", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "The first part of the syntax, show, is the command, and the second part of the syntax, running-config, is the keyword. The keyword specifies what should be displayed as the output of the show command.", "_incorrect": { "final": "The first part of the syntax, show, is the command, and the second part of the syntax, running-config, is the keyword. The keyword specifies what should be displayed as the output of the show command.", "notFinal": "" }, "_partlyCorrect": { "final": "The first part of the syntax, show, is the command, and the second part of the syntax, running-config, is the keyword. The keyword specifies what should be displayed as the output of the show command.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "What is a characteristic of multicast messages?
", "_id": "2d76de2a5fb346dfa375f85e0ab9023e", "_parentId": "b996ed6082a44f7b9da6c8b4b50e3cfc", "_type": "component", "_layout": "full", "_ravennaSourceID": "331785", "_smvWiseScoring": { "ident": "it_331785", "outcomes": { "decvar": [ { "_varname": "826121", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "826121", "_view": "All", "interpret": "2 points for Option 10 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "They are sent to a select group of hosts.", "_shouldBeSelected": true, "feedback": "" }, { "text": "They are sent to all hosts on a network.", "_shouldBeSelected": false, "feedback": "" }, { "text": "They must be acknowledged.", "_shouldBeSelected": false, "feedback": "" }, { "text": "They are sent to a single destination.", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "Multicast is a one-to-many type of communication. Multicast messages are addressed to a specific multicast group.", "_incorrect": { "final": "Multicast is a one-to-many type of communication. Multicast messages are addressed to a specific multicast group.", "notFinal": "" }, "_partlyCorrect": { "final": "Multicast is a one-to-many type of communication. Multicast messages are addressed to a specific multicast group.", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "Open the PT Activity. Perform the tasks in the activity instructions and then answer the question.
What is the IP address of the switch virtual interface (SVI) on Switch0?
What term describes a network owned by one organization that provides safe and secure access to individuals who work for a different organization?
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", "_id": "700daffa65bc449c806c395a0017f309", "_parentId": "3ad80d4d9d074abb96933af1e87b13f2", "_type": "component", "_layout": "full", "_ravennaSourceID": "350040", "_smvWiseScoring": { "ident": "it_350040", "outcomes": { "decvar": [ { "_varname": "862905", "_maxvalue": 2, "title": "correctness of response" } ], "interpretvar": [ { "_varname": "862905", "_view": "All", "interpret": "2 points for Option 10 points for any other option" } ] } }, "_onScreen": { "_isEnabled": false, "_classes": "", "_percentInviewVertical": 50 }, "_pageLevelProgress": { "_isEnabled": true, "_isCompletionIndicatorEnabled": false }, "_courseProgress": { "_isEnabled": true }, "instruction": "", "_items": [ { "text": "Cloud", "_shouldBeSelected": true, "feedback": "" }, { "text": "BYOD", "_shouldBeSelected": false, "feedback": "" }, { "text": "Quality of service", "_shouldBeSelected": false, "feedback": "" }, { "text": "Converged network", "_shouldBeSelected": false, "feedback": "" } ], "_attempts": -1, "_canShowModelAnswer": false, "_canShowFeedback": false, "_canShowMarking": true, "_shouldDisplayAttempts": false, "_isRandom": true, "_recordInteraction": true, "_questionWeight": 1, "_selectable": 1, "_feedback": { "title": "", "correct": "Correct", "_incorrect": { "final": "Incorrect", "notFinal": "" }, "_partlyCorrect": { "final": "", "notFinal": "" } }, "_buttons": { "_submit": { "buttonText": "", "ariaLabel": "" }, "_reset": { "buttonText": "", "ariaLabel": "" }, "_showCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_hideCorrectAnswer": { "buttonText": "", "ariaLabel": "" }, "_showFeedback": { "buttonText": "", "ariaLabel": "" }, "remainingAttemptsText": "", "remainingAttemptText": "" } }, { "_component": "mcq", "_classes": "background-colour1", "_isOptional": false, "_isAvailable": true, "title": "Question", "displayTitle": "Question", "body": "What term describes a network where one computer can be both client and server?
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