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 striped volume
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
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
Backup the data on the stripe volume and delete the stripe volume. Create a mirror volume, shut down and restart the server. Restore the data to new mirror volumes
Convert the disk to dynamic disk shut doWn and restart the server
Backup the data on the stripe volume and delete the stripe
Backup the data on the stripe volume and delete the stripe volume. Create a raidS volume on the four disks, restore the data to the new raid5 volume
Add a second hard disk. Create and format a partition from the free space on the second hard disk. Create a Temp folder on the new partition. Mount the system partition as the Temp folder on the new p
Add a second hard disk. Delete the contents of the SystemrootYTemp folder. Create and format a partition from the free space on the second hard disk. Mount the partition as the SystemrootYTemp folder
None of above
On the second partition, create a shared folder named Temp
In the systemroot folder, create a shortcut named Temp that points to the second partition on the disk