Question

I'm pretty sure about all input areas needing a value in them and I corrected some of the mistakes from the previous tutor's answer but I'm still getting some of the numbers incorrect. Can someone help me with the remaining incorrect inputs?

Lou Lewis, the president of Lewisville Company, has asked you to give him an analysis of the best use of a warehouse the company owns. a. Lewisville Company is currently leasing the warehouse to another company for $6,800 per month on a year-to-year basis. (Hint: Use the PV function in Excel to calculate, on an after-tax basis, the PV of this stream of monthly rental receipts.) b. The warehouse's estimated sales value is $245,000. A commercial realtor believes that the price is likely to remain unchanged in the near future. The building originally cost $69,000 and is being depreciated at $2,400 annually. Its current net book value (NBV) is $8,400. c. Lewisville Company is seriously considering converting the warehouse into a factory outlet for furniture. The remodeling will cost $190,000 and will be modest because the major attraction will be rock-bottom prices. The remodeling cost will be depreciated over the next 5 years using the double-declining-balance method. (Note: Use the VDB function in Excel to calculate depreciation charges. The advantage of using the VDB, rather than the DDB, function is that there is a (default) option in the former that provides an automatic switch to the straight-line method when it is advantageous to do so.) d. The inventory and receivables (net of current liabilities) needed to open and sustain the factory outlet would be $735,000. This total is fully recoverable whenever operations terminate. e. Lou is fairly certain that the warehouse will be condemned in 10 years to make room for a new highway. The firm most likely would receive $290,000 from the condemnation. f. Estimated annual operating data, exclusive of depreciation, are as follows: Sales (cash) Operating expenses $990,000 $ 590,000 g. Nonrecurring sales promotion costs at the beginning of year 1 (i.e., time 0) are expected to be $127,000. (These costs are fully deductible for tax purposes.) h. Nonrecurring termination costs at the end of year 5 are $68,000. (These costs are fully deductible for tax purposes.) i. The after-tax discount rate for capital budgeting purposes is 11%. (To calculate the present value factor for each year, i, i = 1, 5, use the following formula: PV factor i = (1 + 1.114). The company is in the 42% tax bracket (federal and state combined). Required: 1. Show how you would handle the individual items in determining whether the company should continue to lease the space or convert it to a factory outlet. Use PV function in Excel, VDB function in Excel to calculate annual depreciation charges. Use NPV function to calculate depreciation tax savings.

Answer 1

			cashflow in year
item	description	pv	0	1	2	3	4	5
a	after tax monthly rent foregone	$           1,82,231		$           47,328	$           47,328	$           47,328	$           47,328	$           47,328
b	all are relevant
c	remodelling cost	$          -1,90,000	$       -1,90,000
	depreciation tax saving	$               63,494		$           31,920	$           19,512	$           11,491	$             8,618	$             8,618
d	investment in net working capital	$          -7,35,000	$       -7,35,000
e	recoveryy of net working capital	$           4,35,855						$       7,34,416
f	after tax cash sales	$         21,22,243		$       5,74,200	$       5,74,200	$       5,74,200	$       5,74,200	$       5,74,200
	after tax cash operating expenses	$       -12,64,771		$       3,42,200	$       3,42,200	$       3,42,200	$       3,42,200	$       3,42,200
g	after tax sales promotion cost	$             -73,660	$           -73,660
h	after tax termination cost	$             -23,388						$           39,409
	npv	$           5,17,004

notes

pv on rent foregone is to be calculated on monthly basis

monthly rent after tax = $6800 x 58% = $3944

monthly rate = 11%/12 = .9% approx

pv = $3944 x PVAF_(.9%,60)

= $3944 x 46.2047

= $182,231

PV of depreciation tax saving = $31920 x 1.11^-1 + $19152 x 1.11^-2 + $11491 x 1.11^-3 ​​​​​​​ + $8618 x 1.11^-4 ​​​​​​​ + $8618 x1.11^-5 ​​​​​​​

= $63,494