You are the administrator of a Windows 2000 Server computer that has one hard disk. This computer runs a custom application that writes a large number of small temporary files in a single directory to support request from client computers. To improve performance of the application, you add three new 100-GB SCSI disks to the server to hold these temporary files. You want to ensure that the application can use all 300 GB of space with a single drive letter. You also want to ensure the fastest possible performance when writing the temporary files. How should you configure the three disks?

Windows 2000 Server
You are the administrator of a Windows 2000 Server computer that has one hard disk. This computer runs a custom application that writes a large number of small temporary files in a single directory to support request from client computers. To improve performance of the application, you add three new 100-GB SCSI disks to the server to hold these temporary files. You want to ensure that the application can use all 300 GB of space with a single drive letter. You also want to ensure the fastest possible performance when writing the temporary files. How should you configure the three disks?

Convert all three disks to dynamic disks. Create a RAID-5 volume

Convert all three disks to dynamic disks. Create a striped volume

Create a single volume on Disk 1. Format the volume as NTFS. Extend the volume to create a spanned volume that includes the space on all three disks

Create a single volume on each of the three disks. Format each volume as NTFS. Mount the roots of Disk 2 and Disk 3 in the root folder of Disk 1

None of above

Convert all three disks to dynamic disks. Create a RAID-5 volume

Convert all three disks to dynamic disks. Create a striped volume

Create a single volume on Disk 1. Format the volume as NTFS. Extend the volume to create a spanned volume that includes the space on all three disks

Create a single volume on each of the three disks. Format each volume as NTFS. Mount the roots of Disk 2 and Disk 3 in the root folder of Disk 1

None of above

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Windows 2000 Server
A Windows 2000 Server computer named server2 runs numerous 32bit applications and two 16bit applications. Users start the 16bit applications by running APP1.EXE for one application and APP2.EXE for another application. The 16bit applications are configured to run in the separate memory space. You want to create a performance base like chart in the system monitor for all the applications on server2. You add all of 32bit applications and now you want to add two 16bit applications. What should you do?

Add only the NTVDM instance for the percent processor time counter for the process object

Add the APP1 and APP2 instances to the processor time counter for the process object

Add the NTVDM, APP1 and APP2 instances for the processor time counter for the process object

None of above

Add the NTVDM 1 and NTVDM #2 instances for processor time counter for the process object

Add only the NTVDM instance for the percent processor time counter for the process object

Add the APP1 and APP2 instances to the processor time counter for the process object

Add the NTVDM, APP1 and APP2 instances for the processor time counter for the process object

None of above

Add the NTVDM 1 and NTVDM #2 instances for processor time counter for the process object

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Windows 2000 Server
Computer accounts and user accounts in your domain have been seperated into OUs for administrative purpose. You want to require strong passwords for the local user accounts only. What should you do?

Set a Group Policy on each local computer to enable the passwords must meet complexity requirements policy

Set a Group Policy on all OUs containing user accounts to enable the passwords must meet complexity requirements policy

Set a Group Policy on all OUs containing computer accounts to enable the passwords must meet complexity requirements policy

Set a Group Policy on the domain to enable the passwords must meet complexity requirements policy

None of above

Set a Group Policy on each local computer to enable the passwords must meet complexity requirements policy

Set a Group Policy on all OUs containing user accounts to enable the passwords must meet complexity requirements policy

Set a Group Policy on all OUs containing computer accounts to enable the passwords must meet complexity requirements policy

Set a Group Policy on the domain to enable the passwords must meet complexity requirements policy

None of above

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Windows 2000 Server
You install your boot volume on volume C on your Windows 2000 Server computer. You mirror volume C on dynamic Disk 1. Two years later, during routine server maintenance, you open Disk Management and find that the status of volume C is Failed Redundancy. The status of Disk 1 is Missing. You attempt to reactivate Disk 1, but the status of volume C does not return to Healthy. What should you do next?

Replace Disk 1 and copy all data from volume C to a new NTFS primary partition on the new Disk 1. Restart the computer

Remove the mirror on Disk 1, replace the disk, and then add back the mirror to the new Disk 1

None of above

Rescan the disks, remove the mirror, and delete the data on Disk 1. Then re-create the mirror

Replace Disk 1 and restart the computer. The mirror will automatically regenerate

Replace Disk 1 and copy all data from volume C to a new NTFS primary partition on the new Disk 1. Restart the computer

Remove the mirror on Disk 1, replace the disk, and then add back the mirror to the new Disk 1

None of above

Rescan the disks, remove the mirror, and delete the data on Disk 1. Then re-create the mirror

Replace Disk 1 and restart the computer. The mirror will automatically regenerate

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Windows 2000 Server
You want to install Windows 2000 server on 15 new computers. You want to install, configure and test all 2000 servers before shipping them to your branch offices. You want the users at the branch offices to enter the serial numbers and computer names once they receive the computers. What should you do?

Create an Unattend.txt file by using Setup Manager. Create a UDF file that identifies the names of the new computers

Install Windows 2000 server on the computers. Use Setup Manager to create a sysprep.inf file for use with sysprep.exe Place the sysprep.inf on the computers and run sysprep -noidgen

Install Windows 2000 server on the computers. Use Sysprep.exe to create the Unattend.txt file, place file on the root of the drive

Create a UDF file by using setup manager. Create an Unattend.txt file that identifies the names of the new computers

None of above

Create an Unattend.txt file by using Setup Manager. Create a UDF file that identifies the names of the new computers

Install Windows 2000 server on the computers. Use Setup Manager to create a sysprep.inf file for use with sysprep.exe Place the sysprep.inf on the computers and run sysprep -noidgen

Install Windows 2000 server on the computers. Use Sysprep.exe to create the Unattend.txt file, place file on the root of the drive

Create a UDF file by using setup manager. Create an Unattend.txt file that identifies the names of the new computers

None of above

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Windows 2000 Server
Your network uses TCP/IP as the only network protocol. Devices on the network are configured to use IP address from the private 10.0.0.0 range. All the client computers on the network runs Windows 2000 Professional. The network includes Windows 2000 Server computers and UNIX servers. User's print jobs are sent to shared printers on a Windows 2000 Server computer named PrintServ that directs the print jobs to print devices attached directly to the network. You have a high-capacity print device that is attached to one of the UNIX servers. The UNIX computer uses the LPR printing protocol, and it's IP address is 10.1.1.99. The name of the printer queue is GIANT. You want users to be able to connect to this printer from their computers. What should you do?

Install Microsoft Print Services for Unix on PrintServ. Create a network printer on users' computers, and specify that the printer URL is LPR://10.1.1.99/ GIANT

Create a network printer on PrintServ, and specify that the printer name is \16.1.1.99GIANT. Share this printer and connect to it from users computers

Create a local printer on PrintServ. Create a new TCP/IP port for an LPR server at address 10.1.1.99 with a queue name of GIANT. Share this printer and connect to it from users' computers

None of above

Install Microsoft Print Services for Unix on users* Computers. Create a network printer, and specify that the printer name is \10.1.1.99GIANT

Install Microsoft Print Services for Unix on PrintServ. Create a network printer on users' computers, and specify that the printer URL is LPR://10.1.1.99/ GIANT

Create a network printer on PrintServ, and specify that the printer name is \16.1.1.99GIANT. Share this printer and connect to it from users computers

Create a local printer on PrintServ. Create a new TCP/IP port for an LPR server at address 10.1.1.99 with a queue name of GIANT. Share this printer and connect to it from users' computers

None of above

Install Microsoft Print Services for Unix on users* Computers. Create a network printer, and specify that the printer name is \10.1.1.99GIANT

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Windows 2000 Server

Windows 2000 Server Computer accounts and user accounts in your domain have been seperated into OUs for administrative purpose. You want to require strong passwords for the local user accounts only. What should you do?

Windows 2000 Server
Computer accounts and user accounts in your domain have been seperated into OUs for administrative purpose. You want to require strong passwords for the local user accounts only. What should you do?