In: Accounting
Jordan Company is considering investing in two new vans that are expected to generate combined cash inflows of $30,500 per year. The vans’ combined purchase price is $96,000. The expected life and salvage value of each are five years and $20,500, respectively. Jordan has an average cost of capital of 16 percent. (PV of $1 and PVA of $1) (Use appropriate factor(s) from the tables provided.)
Required
Calculate the net present value of the investment opportunity. (Negative amount should be indicated by a minus sign. Round your intermediate calculations and final answer to 2 decimal places.)
Indicate whether the investment opportunity is expected to earn a return that is above or below the cost of capital and whether it should be accepted.
Hint**** 16 percent & 5 years
PV of $1.00 = 0.476113
Present Value of an annuity of $1.00 = 3.274294
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a. | Net Present Value | $ 23,386.60 | |||||||||||||||||
b. | above | ||||||||||||||||||
Note:Since Internal rate of return of 24% is more than 16%.So, the return is more than cost of capital. | |||||||||||||||||||
c. | Investment opportunity should be accepted. | ||||||||||||||||||
Working: | |||||||||||||||||||
Net Present Value at 16% | Net Present Value at 20% | ||||||||||||||||||
Present Value of combined annual cash inflows | $ 99,865.97 | Present Value of combined annual cash inflows | $ 91,213.67 | ||||||||||||||||
Present Value of salvage value | $ 19,520.63 | Present Value of salvage value | $ 16,476.98 | ||||||||||||||||
Total | $ 1,19,386.60 | Total | $ 1,07,690.65 | ||||||||||||||||
Less:Combined initial investment | $ 96,000.00 | Less:Combined initial investment | $ 96,000.00 | ||||||||||||||||
Net Present Value | $ 23,386.60 | Net Present Value | $ 11,690.65 | ||||||||||||||||
Working: | Working: | ||||||||||||||||||
Present Value of combined annual cash inflows | = | 30500.00 | x | 3.274294 | Present Value of combined annual cash inflows | = | 30500.00 | x | 2.990612 | ||||||||||
= | 99865.97 | = | 91213.67 | ||||||||||||||||
Present Value of combined salvage value | = | (20500 x 2)* | 0.476113 | Present Value of combined salvage value | = | (20500 x 2)* | 0.401878 | ||||||||||||
= | $ 19,520.63 | = | $ 16,476.98 | ||||||||||||||||
Internal rate of return | = | L+(H-L)*(A/(A-B)) | cumulative discount factor | = | (1-(1+i)^-n)/i | ||||||||||||||
= | 16%+(20%-16%)*(23387/11696) | = | (1-(1+0.20)^-5)/0.20 | ||||||||||||||||
= | 24.00% | = | 2.990612 | ||||||||||||||||
Where | |||||||||||||||||||
L | 16% | Present Value of $ 1 | = | (1+i)^-n | |||||||||||||||
H | 20% | = | (1+0.20)^-5 | ||||||||||||||||
A | $ 23,386.60 | = | 0.401878 | ||||||||||||||||
B | $ 11,690.65 | ||||||||||||||||||
A-B | $ 11,695.95 | ||||||||||||||||||