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Q331. HOTSPOT - (Topic 4) 

You are running windows 7 on a portable computer. A custom power plan named "On The Move" is optimized for battery life. 

The computer enters sleep mode when the portable computer is closed. 

You need to change a setting so that when you close the portable computer, nothing happens. 

Which setting should you change? (To answer, select the appropriate setting in the work area.) 

Answer: 


Q332. - (Topic 1) 

You have a computer named Computer1 that runs Windows Vista and a computer named Computer2 that runs Windows 7. You plan to migrate all profiles and user files from Computer1 to Computer2. 

You need to identify how much space is required to complete the migration. 

What should you do? 

A. On Computer1 run Loadstate c:\store /nocompress 

B. On Computer1 run Scanstate c:\store /nocompress /p 

C. On Computer2 run Loadstate \\computer1\store /nocompress 

D. On Computer2 run Scanstate \\computer1\store /nocompress /p 

Answer:

Explanation: 

ScanState You run ScanState on the source computer during the migration. You must run ScanState.exe on computers running Windows Vista and Windows 7 from an administrative command prompt. When running ScanState on a source computer that has Windows XP installed, you need to run it as a user that is a member of the local administrators group. The following command creates an encrypted store named Mystore on the file share named Migration on the file server named Fileserver that uses the encryption key Mykey: scanstate \\fileserver\migration\mystore /i:migapp.xml /i:miguser.xml /o /config:config.xml /encrypt /key:"mykey" Space Estimations for the Migration StoreWhen the ScanState command runs, it will create an .xml file in the path specified. This .xml file includes improved space estimations for the migration store. The following example shows how to create this .xml file: Scanstate.exe C:\MigrationLocation [additional parameters] /p:"C:\MigrationStoreSize.xml" To preserve the functionality of existing applications or scripts that require the previous behavior of USMT, you can use the /p option, without specifying "pathtoafile", in USMT 4.0. If you specify only the /p option, the storage space estimations are created in the same manner as with USMT 3.x releases. User State Migration ToolUSMT 4.0 is a command-line utility that allows you to automate the process of user profile migration. The USMT is part of the Windows Automated Installation Kit (WAIK) and is a better tool for performing a large number of profile migrations than Windows Easy Transfer. The USMT can write data to a removable USB storage device or a network share but cannot perform a direct side-by-side migration over the network from the source to the destination computer. The USMT does not support user profile migration using the Windows Easy Transfer cable. USMT migration occurs in two phases, exporting profile data from the source computer using ScanState and importing profile data on the destination computer using LoadState. 


Q333. DRAG DROP - (Topic 4) 

A company has client computers that run Windows XP. The company plans to deploy Windows 7 to all client computers. Each employee will keep the same computer. 

You need to migrate the client computers from Windows XP to Windows 7 while maintaining each user's files and settings. 

Which actions would you perform in sequence? (To answer, move the appropriate actions from the list of actions to the answer area and arrange them into the correct order). 

Answer: 


Q334. - (Topic 2) 

You have a computer that runs Windows 7. IPv6 is disabled on the computer. 

The computer has the following IPv4 settings: 

IP address: 10.1.1.193 

Subnet mask: 25S.255.0.0 

Default gateway: 10.1.1.194 

. Preferred DNS server: 10.1.1.195 

You need to ensure that the computer can only communicate with computers on the local subnet. 

What should you do? 

A. Delete the default gateway address. 

B. Delete the preferred DNS server IP address 

C. Configure the subnet mask to use 255.255.255.0 

D. Configure the subnet mask to use 255.255.255.192 

Answer:

Explanation: 

Why gateways work Default gateways are important to make IP routing work efficiently. In most cases, the router that acts as the default gateway for TCP/IP hosts--either a dedicated router or a computer that connects two or more network segments--maintains knowledge of other networks in the larger network and how to reach them. TCP/IP hosts rely on default gateways for most of their communication needs with hosts on remote network segments. In this way, individual hosts are freed of the burden of having to maintain extensive and continuously updated knowledge about individual remote IP network segments. Only the router that acts as the default gateway needs to maintain this level of routing knowledge to reach other remote network segments in the larger internetwork. If the default gateway fails, communication beyond the local network segment may be impaired. To prevent this, you can use the Advanced TCP/IP Settings dialog box (in Network Connections) for each connection to specify multiple default gateways. You can also use the route command to manually add routes to the routing table for heavily used hosts or networks. 


Q335. - (Topic 2) 

You have two computers on the same subnet. The computers have the IPv6 addresses shown in the following table. 

You need to test the connection to the IPv6 address from Computer1 to Computer2. 

Which command should you run? 

A. Ping -6 fe80::44df:1b68%12 

B. Ping -6 fe80::44df:1b68%10 

C. Ping -R fe80::44df:1b68%12 

D. Ping -R fe80::44df:1b68%10 

Answer:

Explanation: 

1073 40112 

If you are pinging from one host to another using link-local addresses, you also need to include your interface ID, for example ping fe80::39cd:4c93%10. 

The % character followed by a number after each IPv6 address is the interface ID. 

If you want to display the configuration of the IPv6 interfaces on the local computer, you can enter netsh interface ipv6 show address. 

Ping -6 

Force using IPv6. 


Q336. - (Topic 2) 

You have a computer that runs Windows 7. The computer's disk is configured as shown in the exhibit. (Click the Exhibit button.) 

You need to extend volume C. 

What should you do first? 

A. Back up and delete volume D. 

B. Convert disk 0 to a dynamic disk. 

C. Remove the crash dump from volume C. 

D. Move the paging file from volume C to volume E. 

Answer:

Explanation: 

Extend a Basic Volume You can add more space to existing primary partitions and logical drives by extending them into adjacent unallocated space on the same disk. To extend a basic volume, it must be raw or formatted with the NTFS file system. You can extend a logical drive within contiguous free space in the extended partition that contains it. If you extend a logical drive beyond the free space available in the extended partition, the extended partition grows to contain the logical drive. For logical drives, boot, or system volumes, you can extend the volume only into contiguous space and only if the disk can be upgraded to a dynamic disk. For other volumes, you can extend the volume into noncontiguous space, but you will be prompted to convert the disk to dynamic. 


Q337. - (Topic 6) 

You are a desktop administrator for an enterprise organization. 

A user applies a device update from the manufacturer, and now the computer is displaying error messages. 

The user has critical documents on the computer that need to be preserved. 

You need to restore the computer to an operating state and preserve applications and data. 

What should you do? 

A. Perform a re-installation of Windows. 

B. Perform a System Image Recovery. 

C. Boot Windows by using the Last Known Good Configuration. 

D. Restore Windows by using the most recent System Restore point. 

Answer:


Q338. - (Topic 2) 

You have a computer that runs Windows 7. The computer contains one hard disk. The hard disk is configured as shown in the following table. 

You install a new 250-GB hard disk in the computer. 

You need to ensure that all the files on the computer are available if a single disk fails. 

What should you do? 

A. Create a mount point on C and D and then create a striped volume. 

B. Create a mount point on C and D and then create two striped volumes. 

C. Convert both disks to dynamic disks and then create a mirrored volume. 

D. Convert both disks to dynamic disks and then create two mirrored volumes. 

Answer:

Explanation: 

Creating a Mirrored Volume (RAID-1)A mirrored or RAID-1 volume provides availability and fault tolerance but does not improve performance. It uses two disks (or two portions on separate disks) that are the same size. Any changes made to the first disk of a mirror set are also made to its mirror disk. If the first disk fails, the mirror is broken and the second disk is used until the first is repaired or replaced. The mirror is then re-created, and the information on the working disk is mirrored on the repaired disk. The disadvantage of RAID-1 is that you need (for example) two 200-GB disks to hold 200 GB of data. The advantage is that you can mirror a system disk containing your operating system.You create a mirrored volume using a very similar procedure to the one that creates a striped volume, except that you right-click the first disk of your mirror and click New Mirrored Volume to start the appropriate wizard. You then select the second disk. The second disk needs to have a portion of unallocated space that is at least as large as the disk you want to mirror. The drive letter for a mirrored volume is the same as the drive letter of the first disk. You can also use the Diskpart tool to create a mirrored volume. At the DISKPART> prompt you first use the select disk command to select the first disk. You then enter a command with the syntax add disk=<n>to specify the mirror disk.