
1.
Compute inherent risk.
1.

Answer to Problem 27BEB
Inherent risk is $400,000.
Explanation of Solution
Inherent Risk:
Inherent risk is a risk that prevails in a system before any control measure is adopted within an organization.
Computation of inherent risk:
Inherent risk can be computed by using the following formula:
Substitute $1,000,000 for impact and 40% for the probability of occurrence in the above formula.
Therefore, inherent risk is $400,000.
2.
Compute residual risk of each of the three alternatives.
2.

Answer to Problem 27BEB
Residual risk for alternative A, B, and C is $48,750, $105,000, and $400,000respectively.
Explanation of Solution
Residual risk can be computed by using the following formula:
Computation of residual risk for alternative A:
Substitute $325,000 for impact and 15% for the probability of occurrence in the above formula.
Computation of residual risk for alternative B:
Substitute $300,000 for impact and 35% for the probability of occurrence in the above formula.
Computation of residual risk for alternative C:
Substitute $1,000,000 for impact and 40% for the probability of occurrence in the above formula.
Therefore, residual risk for alternative A, B, and C is $48,750, $105,000, and $400,000 respectively.
3.
Compute benefit from each of the three alternatives.
3.

Answer to Problem 27BEB
Benefit from alternatives A, B, and C is $351,250, $295,000, and $0 respectively.
Explanation of Solution
Benefit from a risk response alternative can be computed by using the following formula:
Computation of response benefit from alternative A:
Substitute $400,000 for inherent risk and $48,750 for residual risk in the above formula.
Computation of response benefit from alternative B:
Substitute $400,000for inherent risk and $105,000 for residual risk in the above formula.
Computation of response benefit from alternative C:
Substitute $400,000for inherent risk and $400,000 for residual risk in the above formula.
Therefore, benefit from alternatives A, B, and C is $351,250, $295,000, and $0 respectively.
4.
Compute net benefit from each of the three alternatives.
4.

Answer to Problem 27BEB
Net benefit from alternatives A, B, and C is $150,000, $100,000, and $0 respectively.
Explanation of Solution
Net benefit from a risk response alternative can be computed by using the following formula:
Computation of net benefit from alternative A:
Substitute $351,250 for response benefit and $201,250 for response cost in the above formula:
Computation of net benefit from alternative B:
Substitute $295,000 for response benefit and $195,000 for response cost in the above formula:
Computation of net benefit from alternative C:
Substitute $0 for response benefit and $0 for response cost in the above formula:
Therefore, net benefit from alternatives A, B, and C is $150,000, $100,000, and $0 respectively.
5.
Identify the alternative which would be adopted by the company.
5.

Explanation of Solution
Alternative A would be chosen by the company since; net benefit is highest in case of alternative A.
Want to see more full solutions like this?
Chapter 13 Solutions
Bundle: Managerial Accounting: The Cornerstone of Business Decision-Making, Loose-Leaf Version, 7th + CengageNOWv2, 1 term (6 months) Printed Access Card
- Correct Answerarrow_forwardMCQarrow_forwardTragi Manufacturing produces a single product and has a JIT policy that ending inventory must equal 12% of the next month's sales. It estimates that May's ending inventory will consist of 25,000 units. June and July sales are estimated to be 250,000 and 270,000 units, respectively. Tragi assigns variable overhead at a rate of $3.00 per unit of production. Fixed overhead equals $500,000 per month. Compute the number of units to be produced and use this amount to compute the total budgeted overhead that would appear on the factory overhead budget for the month of June. Helparrow_forward
- Managerial Accounting: The Cornerstone of Busines...AccountingISBN:9781337115773Author:Maryanne M. Mowen, Don R. Hansen, Dan L. HeitgerPublisher:Cengage Learning
