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NEW QUESTION: 1
Drag and drop the optical technology design characteristics on the left to the correct optical technologies on the right. Not all options are used

Answer:
Explanation:

Explanation
1 - target 4
2 - target 5
3 - target 1
4 - target 6
5 - target 2
6 - target 3

NEW QUESTION: 2
What is the name of the drive sub-assembly which contains the platters and read/write heads?
A. ATA
B. IDE
C. SATA
D. HDA
Answer: D
Explanation:
Disk Drive Components

The key components of a hard disk drive are platter, spindle, read-write head, actuator arm assembly, and controller board. I/O operations in a HDD is performed by rapidly moving the arm across the rotating flat platters coated with magnetic particles. Data is transferred between the disk controller and magnetic platters through the read-write (R/W) head which is attached to the arm. Data can be recorded and erased on magnetic platters any number of times.
Platter: A typical HDD consists of one or more flat circular disks called platters. The data is recorded on these platters in binary codes (0s and 1s). The set of rotating platters is sealed in a case, called Head Disk Assembly (HDA). A platter is a rigid, round disk coated with magnetic material on both surfaces (top and bottom). The data is encoded by polarizing the magnetic area, or domains, of the disk surface. Data can be written to or read from both surfaces of the platter. The number of platters and the storage capacity of each platter determine the total capacity of the drive.
Spindle: A spindle connects all the platters and is connected to a motor. The motor of the spindle rotates with a constant speed. The disk platter spins at a speed of several thousands of revolutions per minute (rpm). Common spindle speeds are 5,400 rpm, 7,200 rpm, 10,000 rpm, and 15,000 rpm. The speed of the platter is increasing with improvements in technology; although, the extent to which it can be improved is limited.
Read/Write Head: Read/Write (R/W) heads, read and write data from or to platters. Drives have two R/W heads per platter, one for each surface of the platter. The R/W head changes the magnetic polarization on the surface of the platter when writing data. While reading data, the head detects the magnetic polarization on the surface of the platter. During reads and writes, the R/W head senses the magnetic polarization and never touches the surface of the platter. When the spindle is rotating, there is a microscopic air gap maintained between the R/W heads and the platters, known as the head flying height. This air gap is removed when the spindle stops rotating and the R/W head rests on a special area on the platter near the spindle. This area is called the landing zone. The landing zone is coated with a lubricant to reduce friction between the head and the platter. The logic on the disk drive ensures that heads are moved to the landing zone before they touch the surface. If the drive malfunctions and the R/W head accidentally touches the surface of the platter outside the landing zone, a head crash occurs. In a head crash, the magnetic coating on the platter is scratched and may cause damage to the R/W head. A head crash generally results in data loss.
Actuator Arm Assembly: R/W heads are mounted on the actuator arm assembly, which positions the R/W head at the location on the platter where the data needs to be written or read. The R/W heads for all platters on a drive are attached to one actuator arm assembly and move across the platters simultaneously.
Drive Controller Board: The controller is a printed circuit board, mounted at the bottom of a disk drive. It consists of a microprocessor, internal memory, circuitry, and firmware. The firmware controls the power to the spindle motor and the speed of the motor. It also manages the communication between the drive and the host. In addition, it controls the R/W operations by moving the actuator arm and switching between different R/W heads, and performs the optimization of data access. EMC E10-001 Student Resource Guide. Module 2: Data Center Environment

NEW QUESTION: 3
DRAG DROP
You are the administrator of a SharePoint farm that is using a Distributed Cache service cluster.
You add memory to a server named CACHE1 in the Distributed Cache service cluster.
You need to increase the memory allocation of the Distributed Cache service on CACHE1 and avoid loss of cached data on the server.
Which three actions should you perform in sequence? (To answer, move the appropriate actions from the list of actions to the answer area and arrange them in the correct order.)

Answer:
Explanation:

Explanation:
Box 1: Run the Stop-SpDistributedCacheServiceInstance-Graceful Windows PowerShell command.
Box 2: Run the Set-CacheHostConfig Windows PowerShell cmdlet.
Box 3: In Central Administration, start the Distributed Cache service on CACHE1.
Note:
*stop-SpDistributedCacheServiceInstance-Graceful Stops an instance of the distributed cache service on a local server. Use theStop-SPDistributedCacheServiceInstancecmdlet to stop an instance of the distributed cache service on a local server. Execution of this cmdlet moves cached items to another server to preserve them. If you stop the distributed service before you stop each instance, cached items are lost. To prevent cached items from being lost, use theGracefulparameter.
*Set-CacheHostConfig Updates the configuration settings for a Cache host to the specified values
*Change the memory allocation of the Distributed Cache Use this procedure to reconfigure the memory allocation of the cache size of the Distributed Cache service.
- Stop the Distributed Cache service on all cache hosts. To stop the Distributed Cache service, go to Services on Server in Central Administration, and Stop the Distributed Cache service on all cache hosts in the farm.
- To reconfigure the cache size of the Distributed Cache service, run the following command one time only on any cache host at the Windows PowerShell command prompt:
- Update-SPDistributedCacheSize -CacheSizeInMBCacheSize
Where: - uk.co.certification.simulator.questionpool.PList@ec71c50 - Restart the Distributed Cache service on all cache hosts. To restart the Distributed
Cache service, go to Services on Server in Central Administration, and Start the Distributed Cache service on all cache hosts in the farm.