Evaluate and select the best purchase of the following vehicles using straight line depreciation, a tax rate of 25%, and an after-tax MARR of 9% per year: Vehicle A: Cost = $20,000, Salvage Value= $5000, Annual operating cost = $1000, Life = 6 years Vehicle B: Cost = $15,000, Salvage Value = $2000, Annual operating cost = $1200, Life = 6 years %3D %3D %3D %3D **Remember that this is based on Chapter 12, not the Park chapter, so no opportunity cost needs to be considered, this is a straight PW comparison after taxes***

Use the​ straight-line method to complete the first row of the depreciation table for an SUV that costs ​$41,000​, has a residual value of ​$5,000 and an estimated life of six years.   Year Annual depreciation Accumulated depreciation ​End-of-year book value 1       Complete the table below.   Year Annual depreciation Accumulated depreciation ​End-of-year book value 1 ​$enter your response here ​$enter your response here ​$enter your response here

Calculate the depreciation in dollar and percentage terms, the yearly depreciation in percentage terms, and the percentage residual value based on the figures provided below. Round each answer to 2 decimals. Type your answers to the calculations in Table 7 of your data file. Remember to show your calculations. The gross capitalized cost of a vehicle is $18,200. At the end of a two-year lease, the residual value is $8,500. What is the depreciation on the vehicle in dollar and percentage terms? What is the yearly depreciation in percentage terms? What is the percentage residual value?

An engineering analysis by net present worth (NPW) is to be made for the purchase of two devices, A and B. If an 8% interest rate is used, recommend the device to be purchased.