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2 years ago

The optimum approach for escalation is based on a thorough integration of the monitoring process into the

Business

1 answer:

bonufazy [111]2 years ago

7 0

Complete Question:

The optimum approach for escalation is based on a thorough integration of the monitoring process into the __________.

Group of answer choices

a. IDE

b. IRP

c. CERT

d. ERP

Answer:

b. IRP

Explanation:

The optimum approach for escalation is based on a thorough integration of the monitoring process into the incident response plan (IRP).

An incident response plan can be defined as a written plan which comprises of a set of instructions that assists Information Technology (IT) staffs and professionals recognize, respond to, and recover from cybersecurity incidents. The Incident response plan (IRP) is made up of six (6) distinct phases that are used by administrators to address issues like cyber crime or cybersecurity breach, data loss, and service outages that usually affect the user's daily work.

The six (6) distinct phases that make up an incident response plan (IRP) are:

1. Preparation.

2. Identification.

3. Containment.

4. Eradication.

5. Recovery.

6. Lessons learned by users.

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Coral Music manufactures harmonicas. Coral uses standard costs to judge performance. Recently, a clerk mistakenly threw away so

jeka57 [31]

Answer:

Explanation:

std rate $9.00

actual rate $8.50

standard hours 5,200

Total variance: 390 Favorable

Rate variance:

$(standard\:rate-actual\:rate) \times actual \: hours = DL \: rate \: variance$

Efficiency

$(standard\:hours-actual\:hours) \times standard \: rate = DL \: efficiency \: variance$

Total:

rate + efficiency

$(standard\:rate-actual\:rate) \times actual \: hours + (standard\:hours-actual\:hours) \times standard \: rate = 390$

We plug our know values and solve:

$(9 - 8.5) \times actual \: hours + (5,200-actual\:hours) \times 9 = 390$

0.5actual hours + 46,800 - 9actual hours = 390

46,800 - 390 = 8.5 actual hours

46,410/8.5 = actual hours = 5,460

now we calculate each variance:

rate: 2,730

$(9-8.5) \times 5,460 = DL \: rate \: variance$

efficiency (2,340)

$(5,200-5,460) \times 9 = DL \: efficiency \: variance$

8 0

3 years ago

Marko, Inc., is considering the purchase of ABC Co. Marko believes that ABC Co. can generate cash flows of $6,100, $11,100, and

Tomtit [17]

Answer:

Total PV= $25,072.57

Explanation:

Giving the following information:

Cash flows:

Cf1= $6,100

Cf2= $11,100

Cf3= $17,300

Discount rate= 15%

<u>To calculate the present value, we need to use the following formula on each cash flow:</u>

PV= Cf / (1+i)^n

PV1= 6,100 / 1.15= 5,304.35

PV2= 11,100 / 1.15^2= 8,393.19

PV3= 17,300 / 1.15^3= 11,375.03

Total PV= $25,072.57

4 0

2 years ago

If Marla's company changed its organizational structure from one based on country to one based on industry groups, it would best

kumpel [21]

Answer:

Here the Marla's company can be best described as C) border less organization.

Explanation:

Border less organization which is also commonly know as transnational corporation, is best used to describe a multinational organization, which has its head quarter in one country and various offices, facilities in multiple countries. Being this type of corporation helps a company in targeting larger customer base , utilizing national competences .

3 0

3 years ago

A bakery invest a portion of profits into sending its employees to a training on how to use more energy-efficient ovens that als

Karo-lina-s [1.5K]

A bakery invests a portion of profits into sending its employees to a training on how to use more energy-efficient ovens that also can hold more baked goods. Hoping to achieve by investing in the training, the goal of the bakery is increase productivity. The new learning to employees will help them how to use more of the energy-efficient ovens and probably find a way that they won't have to waste more electricity and produce more baked goods.

The answer would be letter A.

6 0

3 years ago

Glascro Company manufactures skis. The management accountant wants to calculate the fixed and variable costs associated with the

Ber [7]

Answer:

$1,000

Explanation:

We know that

Total cost = Fixed cost + Variable cost

From the data given, we can calculate the variable cost using the high-low technique.

Variable cost per unit

= $\frac{Total cost at highest level-Total cost at lowest level }{Highest level - Lowest level} \\\\=\frac{16,000-10,000}{1,000-600 } \\$

=$15

Lease cost = FC + $15(Machine hours)

Lease cost -$15(Machine hours) = FC

Case,

i) 800 machine hours,

FC = Lease cost - $15(Machine hours)

= $16,000 -$15(1000) = $1,000

6 0

3 years ago