Asuburban taxi company is considering buying taxis with diesel engines instead of gasoline engines. the cars average 80,000 km a year. use an annual cash flow analysis to determine the more economical choice if interest is 6%. diesel gasolinevehicle cost $24,000 $19,000useful life, in years 5 4fuel cost per lite 88 92mileage, in km/liter 16 11annual repairs $900 $700annual insurance premium 1,000 1,000end-of-useful-life resale value 4,000 6,000

The diesel engine offers relatively lower uniform annual cost that is $11287.93, so diesel engine taxis should be chosen.

Step-by-step explanation:

R = 6%

Useful life n = 5 years

Annual distance covered = 80000 KM

For a diesel car,

Annual fuel cost = (80000/16)*.88 = $4400

Present value of total cost = vehicle cost + present value of the fuel cost + present value of annual repair cost + present value of annual premium – present value of resale value

Present value of total cost = 24000 + 4400*(1-1/1.06^5)/.06 + 900*(1-1/1.06^5)/.06 + 1000*(1-1/1.06^5)/.06 - 4000/1.06^5

Present value of total cost = $47548.86

Let, uniform annual cost = EUAC1

Then,

EUAC1 = 47548.86/((1-1/1.06^5)/.06) = $11287.93

For a gasoline car,

Useful life = 4 years

Annual fuel cost = (80000/11)*.92 = $6690.91

Present value of total cost = vehicle cost + present value of the fuel cost + present value of annual repair cost + present value of annual premium – present value of resale value

Present value of total cost = 19000 + 6690.91*(1-1/1.06^4)/.06 + 700*(1-1/1.06^4)/.06 + 1000*(1-1/1.06^4)/.06 - 6000/1.06^4

Present value of total cost = $43322.83            

Let, uniform annual cost = EUAC2

Then, EUAC2 = 43322.83/((1-1/1.06^4)/.06)                          

EUAC2 = $12502.6

Since diesel engine offers relatively lower uniform annual cost that is $11287.93, so diesel engine taxis should be chosen.

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x + 4/7

step-by-step explanation:

use cymath