WGU C725 Practice Test Exam 2025–2026
Accurate Real Exam Questions and Verified
Correct Answers JUST RELEASED
You have been asked to provide scoping and tailoring guidance for an organization's security
controls. Which of the following guidelines is NOT true regarding this process? -
answer>>>Scoping and tailoring are closely tied to access control lists.
_________provides instruction to an organization on how to apply and implement security
controls. - answer>>>Scoping
:Certain employees within your organization must have access to communication test equipment
as part of their job. Currently, all of this type of equipment is located in an unlocked file cabinet
drawer. Which statement BEST applies to this type of equipment? - answer>>>Their use should be
controlled and monitored.
It is a good practice to strictly control, monitor, and authorize access to communication test
equipment because ________________ - answer>>>such equipment can be misused to capture
network traffic or to perform unauthorized activities.
Which operation must you undertake to avoid mishandling of tapes, CDs, DVDs, floppies, and
printed material? - answer>>>Labeling
:Which policy defines the sensitivity of a company's data? - answer>>>Information policy
You need to implement hardware that provides high availability. Which hardware contingency
solutions offer this?
RAID
tape backups
vaulting
disk replication - answer>>>points a and d
__________ is the process of replicating the data on a disk to another disk. If the main disk fails,
the disk that contains the replicated data can take over. - answer>>>Disk replication
,________________ provide a server contingency solution that offers high availability. Offsite
facilities can also offer server contingency solutions with a lower availability than load balancing,
disk replication, or clustering. - answer>>>Load balancing, disk replication, and clustering
:You are researching RAID implementations to determine which RAID level is best for your
organization. Which RAID level provides only performance enhancements and does not provide
fault tolerance?
(Data is striped over the number of hard drives in the array. If a single drive fails, the entire array
cannot be used.) - answer>>>disk striping aka raid 0
_________________ provides fault tolerance. Data is written to the first drive and immediately
copied to the second drive. If a single drive fails, the data is available from the other drive. When
implemented with multiple hard drive controller cards, it is known as duplexing. Duplexing
provides fault tolerance for both the hard drives and the controller card. - answer>>>Disk
mirroring aka Raid 1
___________provides fault tolerance. Data is striped over all the hard drives in the array, except
one. One hard drive is reserved for parity data. If a single drive fails, the data on it can be rebuilt
using the parity information. This RAID level is not commonly used today. - answer>>>RAID 3 aka
byte level striping with parity
provides fault tolerance. Data is striped over all the hard drives in the array; parity data is written
to all the drives. If a single drive fails, the data on it can be rebuilt using the information from the
other drives. This is one of the most popular raid versions - answer>>>RAID 5 aka block level disk
striping with parity
_____________ is not a RAID level. This is a server technology that distributes processing across
multiple servers. Logically a server cluster appears as one server to a client computer. Clustering is
similar to redundant servers. However, with redundant servers only one server actually processes
requests. The other server acts as a backup in the event the main server fails. -
answer>>>Clustering
_________is another striping level that stripes data at the bit level instead of the block level. It is
not commonly used today. - answer>>>RAID 2
___________ is block-level striping with parity. Data is striped over all the hard drives in the array,
except one. One hard drive is reserved for parity data. If a single drive fails, the data on it can be
, rebuilt using the parity information. This level is more widely used than RAID 3 because it stripes
data at the block level rather than at the bit level. - answer>>>RAID 4
__________is the same as RAID 5 except that it provides a second parity set. Data is striped over
all the hard drives in the array; two sets of parity data are written to all the drives as well. -
answer>>>RAID 6
__________is a proprietary RAID level that adds caching to RAID 3 or RAID 4 - answer>>>RAID 7
__________ is a stripe of mirrors. Multiple mirrors are created, and data is striped across these
mirrors. For example, the first piece of data is written to the first drive of the first mirror. Then it is
copied to the second drive of the first mirror. This RAID level will support multiple drive failures. -
answer>>>RAID 10
____________ is a mirror of stripes. Two striped sets are created, and the set is mirrored. For
example, the first piece of data is written to the first striped set. Then it is copied to the second
stripe set. This RAID level will support multiple drive failures. - answer>>>RAID 0+1
Management is concerned that data loss may occur in the event of a hard drive failure. You have
been asked to provide a disk system that protects against data loss if a single drive in any vital
system fails. Which disk systems should you evaluate?
disk striping
disk mirroring
disk striping with parity
failure resistant disk system (FRDS) - answer>>>points b, c, and d
_____________ rebuilds the lost data using the parity information in the event a single drive in
the array fails. - answer>>>Disk striping with parity
11) _______________does not protect against data loss if a single drive fails. If a drive in a disk-
striping volume fails, the data is lost. - answer>>>11 Disk striping
You have decided to implement a full/incremental backup strategy. A full backup will be
performed each Sunday. An incremental backup will be performed the other days of the week.
What does an incremental backup do? - answer>>>It backs up all the new files and files that have
changed since the last full or incremental backup and resets the archive bit.
Accurate Real Exam Questions and Verified
Correct Answers JUST RELEASED
You have been asked to provide scoping and tailoring guidance for an organization's security
controls. Which of the following guidelines is NOT true regarding this process? -
answer>>>Scoping and tailoring are closely tied to access control lists.
_________provides instruction to an organization on how to apply and implement security
controls. - answer>>>Scoping
:Certain employees within your organization must have access to communication test equipment
as part of their job. Currently, all of this type of equipment is located in an unlocked file cabinet
drawer. Which statement BEST applies to this type of equipment? - answer>>>Their use should be
controlled and monitored.
It is a good practice to strictly control, monitor, and authorize access to communication test
equipment because ________________ - answer>>>such equipment can be misused to capture
network traffic or to perform unauthorized activities.
Which operation must you undertake to avoid mishandling of tapes, CDs, DVDs, floppies, and
printed material? - answer>>>Labeling
:Which policy defines the sensitivity of a company's data? - answer>>>Information policy
You need to implement hardware that provides high availability. Which hardware contingency
solutions offer this?
RAID
tape backups
vaulting
disk replication - answer>>>points a and d
__________ is the process of replicating the data on a disk to another disk. If the main disk fails,
the disk that contains the replicated data can take over. - answer>>>Disk replication
,________________ provide a server contingency solution that offers high availability. Offsite
facilities can also offer server contingency solutions with a lower availability than load balancing,
disk replication, or clustering. - answer>>>Load balancing, disk replication, and clustering
:You are researching RAID implementations to determine which RAID level is best for your
organization. Which RAID level provides only performance enhancements and does not provide
fault tolerance?
(Data is striped over the number of hard drives in the array. If a single drive fails, the entire array
cannot be used.) - answer>>>disk striping aka raid 0
_________________ provides fault tolerance. Data is written to the first drive and immediately
copied to the second drive. If a single drive fails, the data is available from the other drive. When
implemented with multiple hard drive controller cards, it is known as duplexing. Duplexing
provides fault tolerance for both the hard drives and the controller card. - answer>>>Disk
mirroring aka Raid 1
___________provides fault tolerance. Data is striped over all the hard drives in the array, except
one. One hard drive is reserved for parity data. If a single drive fails, the data on it can be rebuilt
using the parity information. This RAID level is not commonly used today. - answer>>>RAID 3 aka
byte level striping with parity
provides fault tolerance. Data is striped over all the hard drives in the array; parity data is written
to all the drives. If a single drive fails, the data on it can be rebuilt using the information from the
other drives. This is one of the most popular raid versions - answer>>>RAID 5 aka block level disk
striping with parity
_____________ is not a RAID level. This is a server technology that distributes processing across
multiple servers. Logically a server cluster appears as one server to a client computer. Clustering is
similar to redundant servers. However, with redundant servers only one server actually processes
requests. The other server acts as a backup in the event the main server fails. -
answer>>>Clustering
_________is another striping level that stripes data at the bit level instead of the block level. It is
not commonly used today. - answer>>>RAID 2
___________ is block-level striping with parity. Data is striped over all the hard drives in the array,
except one. One hard drive is reserved for parity data. If a single drive fails, the data on it can be
, rebuilt using the parity information. This level is more widely used than RAID 3 because it stripes
data at the block level rather than at the bit level. - answer>>>RAID 4
__________is the same as RAID 5 except that it provides a second parity set. Data is striped over
all the hard drives in the array; two sets of parity data are written to all the drives as well. -
answer>>>RAID 6
__________is a proprietary RAID level that adds caching to RAID 3 or RAID 4 - answer>>>RAID 7
__________ is a stripe of mirrors. Multiple mirrors are created, and data is striped across these
mirrors. For example, the first piece of data is written to the first drive of the first mirror. Then it is
copied to the second drive of the first mirror. This RAID level will support multiple drive failures. -
answer>>>RAID 10
____________ is a mirror of stripes. Two striped sets are created, and the set is mirrored. For
example, the first piece of data is written to the first striped set. Then it is copied to the second
stripe set. This RAID level will support multiple drive failures. - answer>>>RAID 0+1
Management is concerned that data loss may occur in the event of a hard drive failure. You have
been asked to provide a disk system that protects against data loss if a single drive in any vital
system fails. Which disk systems should you evaluate?
disk striping
disk mirroring
disk striping with parity
failure resistant disk system (FRDS) - answer>>>points b, c, and d
_____________ rebuilds the lost data using the parity information in the event a single drive in
the array fails. - answer>>>Disk striping with parity
11) _______________does not protect against data loss if a single drive fails. If a drive in a disk-
striping volume fails, the data is lost. - answer>>>11 Disk striping
You have decided to implement a full/incremental backup strategy. A full backup will be
performed each Sunday. An incremental backup will be performed the other days of the week.
What does an incremental backup do? - answer>>>It backs up all the new files and files that have
changed since the last full or incremental backup and resets the archive bit.
