Question: Part 4. Chapter 26, Problem 1CPP on Chegg study workbook solutions for Horngren's Managerial Accounting (12th Edition) Division D is considering two possible expansion plans.
Part 4. Chapter 26, Problem 1CPP on Chegg study workbook solutions for Horngren's Managerial Accounting (12th Edition)
Division D is considering two possible expansion plans. Plan A would expand a current product line at a cost of $8,600,000. Expected annual net cash inflows are $1,525,000 with zero residual value at the end of 10 years. Under Plan B, Division D would begin producing a new product at a cost of $8,000,000. This plan is expected to generate net cash inflows of $1,100,000 per year for 10 years, the estimated useful life of the product line. Estimated residual value for Plan B is $980,000. Division D uses STRAIGHT-LINE depreciation and requires an annual return of 10%.
A. Compute the payback, the ARR, the NPV, and the profitability index for both plans.
| Payback= | Amount invested | / | Expected Annual | |
| net cash flow | ||||
| plan A= | (answer)/ | (answer) | =(answer) | |
| plan b= | (answer)/ | (answer) | =(answer) | |
| Total net cash inflows during = | Average annual | X | Operating life | |
| operating life of property | net cash inflow | of property | ||
| plan A= | (answer) x | 10 years= | (answer) | |
| plan B= | (answer) x | 10 years= | (answer) | |
| Total depreciation during= | cost | - | Residual Value | |
| operating life of property | ||||
| plan A= | (answer)- | $0 (or answer)= | (answer) | |
| plan B= | (answer)- | (answer) = | (answer) | |
| Plan A | PlanB | |||
| Total net cash inflows during operating life of property | (answer) | (answer) | ||
| Less: Total depreciation during operating life of property | (answer) | (answer) | ||
| Total operating income during operating life | (answer) | (answer) | ||
| Divide by : Property's operating life in years | / 10 years | / 10 years | ||
| Average annual operating income from plan | (answer) | (answer) | ||
| Average Amount Invested | = | (Amount invested + residual value) / 2 | ||
| Plan A | = | (answer) | ||
| Plan B | = | (answer) | ||
| ARR | = | (Amount annual operating income/average amount invested) | ||
| Plan A: | = | (answer) | ||
| Plan B: | = | (answer) | ||
| TIME | Net cash flow | Annuity PV factor (i=10%, n=10) | PV factor (i =10%, n=10) | Present value |
| Plan A | ||||
| 1-10 years PV of annuity | (answer) | (answer) | (answer) | |
| 0 initial investment | (answer) | |||
| NPV of Plan A | (answer) | |||
| Plan B | ||||
| 1-10 years PV of annuity | $0 (answer) | (answer) | (answer) | |
| 10 PV of residual value | 0 (answer) | (answer) | (answer) | |
| Total PV of net cash inflows | (answer) | |||
| 0 Initial investment | (answer) | |||
| NPV of Plan B | $ (answer?) | |||
| Plan | Present value / net cash inflows | Initial investment | = | Profitability Index |
| A | $0 (answer) / | - | = | (answer) |
| B | $0 (answer) / | - | = | (answer) |
Step by Step Solution
There are 3 Steps involved in it
Get step-by-step solutions from verified subject matter experts
