biology lol

You have just purchased and added a new internal hard disk to your Windows 10 computer. Using the Disk Management utility, you now need to prepare the disk to store data. From the list of tasks on the left, drag the tasks to the right in the proper order to prepare the hard disk. (Not all the listed tasks are part of preparing the drive.)

Verify that the new hard disk is online. Initialize the disk. Select a partition style for the disk (GPT or MBR). Right-click the disk and select New Simple Volume. Specify volume size, drive letter, and volume name. Format the partition.

Virtual Disk A - Parity space Virtual Disk B -Mirror space (two-way mirror) Virtual Disk C -Simple space

Virtual Disk A needs to be configured with a parity space resiliency type to meet the listed requirements. Parity space stores the file with parity information that helps to protect against any single drive failure. This is often used for workloads, such as an archive or backup. Virtual Disk B needs to be configured with a mirror space resiliency type and as a two-way mirror (a three-way mirror requires five hard drives and makes three copies of your data). This resiliency type writes two copies of your data automatically, and the data is available if one disk drive in the pool fails. This means that backup file access is much quicker than if you used parity space. Virtual Disk C needs to be configured with a simple space resiliency type. In this case, a file is split evenly between the drives, which reduces the amount of work that's needed to process the data. This type is normally used to host temporary or easily recreated data at a reduced cost.

You have purchased a high-end desktop computer with four internal disks (Disk 0 through Disk 3). You want to create several volumes (partitions) on the disks using the following volume sizes: Disk 1 Volume 1: 2 TB Volume 2: 4 TB Volume 3: 1 TB Disk 2 Volume 1: 2 TB Volume 2: 2 TB Volume 3: 1 TB Disk 3 Volume 1: 1 TB Volume 2: 2 TB Volume 3: 1 TB Review the following Disk Management utility window and then answer the questions based on the data that's displayed in the window and the information above.

Which disks need to be initialized? (Disks 1 and 2 only) Which disks are already initialized? (Disk 0 and 3 only) Which disks must use a GPT (GUID Partition Table) partition style? (Disk 1 only) Which disks can use an MBR (Master Boot Record) partition style? (Disks 0, 2 and 3 only)

To meet the needs of the engineers in your company, you have purchased several Windows 10 computers with an internal 512 GB solid state drive. However, many of the engineers would like to have an additional external hard drive to store the larger CAD/CAM files they will be creating. You have purchase several 12 TB external hard drives for the engineers, and would like to create the following three volumes on these external hard drives. Personal Data: 3 TB CAD Files: 8 TB Project Files: 1 TB When you initialzed the disks, you choose the MBR (Master Boot Record) partition style for the new external hard drives. Will this partition style meet your needs?

no

You're purchasing Windows 10 laptops for the sales representatives in your company. The sales representatives travel frequently, and their current laptops are often dropped or go through baggage handling at airports. You have the option to purchase the new Windows 10 laptops with either a 1 TB hard drive and a 128 GB solid state drive or with a 512 GB solid state drive. SOLUTION: You purchase the Windows 10 laptops with the 1 TB hard drive and a 128 GB solid state drive. Does this solution BEST meet the sales representatives' needs?

no

You have a hard drive volume that you originally allocated 3 TB of space. However, only 500 MB of space is being used, and you could use the storage space to create another volume. Which of the following tasks could you perform with the Disk Management utility to BEST meet your needs?

Shrink the volume.

You've purchased a Windows Server 2019 computer with two basic internal hard drives (Disk 0 and Disk 1). Disk 0 contains a C: volume with the Windows Server 2019 operating system. You decide that you want to increase the C: volume's capacity by taking advantage of some unallocated space on Disk 1. SOLUTION: From the Disk Management utility, you select the Extend Volume option, and then you select unallocated space from Disk 1 to increase the C: volume's size. Does this solution meet your requirements?

no

Several of your programmers have been running out of hard disk space. To solve this issue, you have purchased and installed an additional 10 TB Solid-state drive (SSD) in each of the required computers. The programmers have requested that two volumes be created on the new drive as follows: Personal Data: 2 TB Programming Code: 8 TB While you were testing the newly installed drives, you initialized them using the GPT (GUID Partition Table) partition style. Does this partition style meet the programmer's needs?

yes

You're purchasing Windows 10 laptops for the sales representatives in your company. The sales representatives travel frequently, and their current laptops are often dropped or go through baggage handling at airports. You have the option to purchase the new Windows 10 laptops with either a 1 TB hard drive and a 128 GB solid state drive or with a 512 GB solid state drive. SOLUTION: You purchase the Windows 10 laptops with the 512 GB solid state drive. Does this solution BEST meet the sales representatives' needs?

yes

You've purchased a Windows Server 2019 computer with two basic internal hard drives (Disk 0 and Disk 1). Disk 0 contains a C: volume with the Windows Server 2019 operating system. You decide that you want to increase the C: volume's capacity by taking advantage of some unallocated space on Disk 1. SOLUTION: You use the Disk Management utility to convert Disk 0 and Disk 1 to dynamic hard drives, and then you allocate the additional space on Disk 1 to the C: volume. Does this solution meet your requirements?

yes