Question

In: Finance

Laura wants to buy a delivery truck. The truck costs $132,000 , and will allow her...

Laura wants to buy a delivery truck. The truck costs $132,000 , and will allow her to increase her after tax profits by $24,000 per year for the next 10 years. She will borrow 80% of the cost of the truck for 10 years, at an interest rate of 6%. Laura’s unlevered cost of capital is 17% and her tax rate is 34%. The loan includes a $1,000 application fee. What is the NPV of buying the truck on these terms?

Solutions

Expert Solution

a) Cash outflow at the beginning = Cost of the machine - (loan received - application fee)= 1,32,000-(1,32,000*80% - 1,000) = 27400

b) Cash flow for 10 years = present value of increase in revenue for 10years less loan repayment

=118985- 14347.63*PVAF(10yrs,17%) = 118985-66840 = 52145

c) NPV = b-a = 52145-27400 = $24745

Working note 1: Calculation of Present value of revenue

year Revenue    Tax savings on interest Revenue-tax savings PVF@17% PV
1 24000 6336*34%=2154 26154.24 0.8547 22354
2 24000 5855*34%=1991 25990.7 0.7305 18986
3 24000 5346*34%=1817 25817.64 0.6243 16118
4 24000 4806*34%=1634 25634.04 0.5336 13678
5 24000 4233*34%=1439 25439.22 0.4561 11603
6 24000 3626*34%=1232= 25232.84 0.3898 9836
7 24000 2983*34%=1014 25014.22 0.3331 8332
8 24000 2301*34%=782 24782.34 0.2847 7056
9 24000 1578*34%=537 24536.52 0.2434 5972
10 24000 872.3*34%=276 24276.18 0.208 5049

present value of Total revenue = $118985

Working note 2 : Repayment schedule of loan

Given

amount of loan = $1,32,000*80% = 1,05,600

rate of interest = 6%

no. of years = 10 years

Cumulative discount factor = 7.3601

Yearly repayment amount = $1,05,600/7.3601 = 14,347.63

year EMI Principal at beginning Interest @6% Principal
1 14,347.63 105600 6336 8011.63
2 14,347.63 97,588.37 5855 8492.63
3 14347.63 89095.74 5346 9001.63
4 14347.63 80094.11 4806 9541.63
5 14347.63 70552.48 4233 10114.63
6 14347.63 60437.85 3626 10721.63
7 14347.63 49716.22 2983 11364.63
8 14347.63 38351.59 2301 12046.63
9 14347.63 26304.96 1578 12769.63
10 14347.63 13535.33 812.3 13535.63

     


Related Solutions

Laura wants to buy a delivery truck. The truck costs $114,000 , and will allow her...
Laura wants to buy a delivery truck. The truck costs $114,000 , and will allow her to increase her after tax profits by $17,000 per year for the next 10 years. She will borrow 99% of the cost of the truck for 10 years, at an interest rate of 6%. Laura’s unlevered cost of capital is 15% and her tax rate is 22%. The loan includes a $2,000 application fee. What is the NPV of buying the truck on these...
A businessman wants to buy a truck. The dealer offers to sell the truck for either...
A businessman wants to buy a truck. The dealer offers to sell the truck for either $145,000 now, or 7 yearly payments of $24,000. What interest rate would make these two options financially equivalent?
"A local delivery company has purchased a delivery truck for $22,000. The truck will be depreciated...
"A local delivery company has purchased a delivery truck for $22,000. The truck will be depreciated under MACRS as a five-year property. The trucks market value (salvage value) is expected to decrease by $2,000 per year. It is expected that the purchase of the truck will increase its revenue by $11,000 annually. The O&M costs are expected to be $4,800 per year. The firm is in the 40% tax bracket, and its MARR is 13.7%. If the company plans to...
"A local delivery company has purchased a delivery truck for $19,000. The truck will be depreciated...
"A local delivery company has purchased a delivery truck for $19,000. The truck will be depreciated under MACRS as a five-year property. The trucks market value (salvage value) is expected to decrease by $2,100 per year. It is expected that the purchase of the truck will increase its revenue by $11,000 annually. The O&M costs are expected to be $3,800 per year. The firm is in the 40% tax bracket, and its MARR is 15.3%. If the company plans to...
An engineer is planning to buy a truck that will costs $38,000 in 5 years from...
An engineer is planning to buy a truck that will costs $38,000 in 5 years from now. His plan is to pay immediately half of the truck cost. The remaining will be paid based on an end-of-year payments starting with a basic payment of $2,000 yearly, and increasing yearly by the same amount B. With an interest at 6% per year, the yearly increase B is nearest to: $1,700 $2,400 $1,000 $400
Clifford Delivery Company purchased a new delivery truck for $72,000 on April 1, 2019. The truck...
Clifford Delivery Company purchased a new delivery truck for $72,000 on April 1, 2019. The truck is expected to have a service life of 5 years or 90,000 miles and a residual value of $3,000. The truck was driven 8,000 miles in 2019 and 20,000 miles in 2020. Clifford computes depreciation expenses to the nearest whole month. Required: Compute depreciation expense for 2019 and 2020 using the following methods: (Round your answers to the nearest dollar.) Straight-line method 2019 $...
Lake Company bought a used delivery truck on January 1, 2017, for $20,000. The delivery truck...
Lake Company bought a used delivery truck on January 1, 2017, for $20,000. The delivery truck was expected to remain in service 4 years (50,000 miles). Lake's accountant estimated that the truck’s residual value would be $2,000 at the end of its useful life. The truck traveled 14,000 miles the first year and 18,000 miles the second year. Calculate depreciation expense for the truck for 2017 and 2018 using the • Straight-line method. • Double-declining balance method • Units of...
Storm Delivery Company purchased a new delivery truck for $53,400 on April 1, 2016. The truck...
Storm Delivery Company purchased a new delivery truck for $53,400 on April 1, 2016. The truck is expected to have a service life of 5 years or 150,000 miles and a residual value of $4,320. The truck was driven 8,200 miles in 2016 and 11,800 miles in 2017. Storm computes depreciation to the nearest whole month. Required: Compute depreciation expense for 2016 and 2017 using the For interim computations, carry amounts out to two decimal places. Round your final answers...
Bar Delivery Company purchased a new delivery truck for $36,000 on April 1, 2019. The truck...
Bar Delivery Company purchased a new delivery truck for $36,000 on April 1, 2019. The truck is expected to have a service life of 5 years or 120,000 miles and a residual value of $3,000. The truck was driven 10,000 miles in 2019 and 18,000 miles in 2020. Bar computes depreciation expense to the nearest whole month. Compute depreciation expense for 2019 and 2020 using the following methods: (Round your answers to the nearest dollar.) Straight-line method 2019 $ 2020...
Bean Delivery Company purchased a new delivery truck for $58,200 on April 1, 2016. The truck...
Bean Delivery Company purchased a new delivery truck for $58,200 on April 1, 2016. The truck is expected to have a service life of 5 years or 122,400 miles and a residual value of $4,800. The truck was driven 9,000 miles in 2016 and 10,700 miles in 2017. Bean computes depreciation to the nearest whole month. Required: Compute depreciation expense for 2016 and 2017 using the For interim computations, carry amounts out to two decimal places. Round your final answer...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT