Rondo is in the market for a new car. He has narrowed his search down to 2 models. Model A costs $35,000 and Model B costs $30,000. With both cars he plans to pay cash and own them for 4 years before trading in for a new car. His research indicates that the trade in value for Model A after 4 years is 57% of the initial purchase price, while the trade in value for Model B is 43%. The interest rate is 4%. For simplicity assume that operating and maintenance costs for the models are identical. Which model is the better decision and how much "cheaper" is it than the alternative?
A,model b 1026.37
B.model a 5000.00
C.modela 1026.37
D.model b 5000.00
c.model a 1026.37
the following table shows the calcuation of cost of cars".
model A | model B | |
initilal cost | 35,000 | 30,000 |
less: present value of trade in value (see note for present value factor) (35,000*57%*0.8548) (30,000*43%*0.8548) | (17,053) | (11,027) |
cost | 17,947 | 18,973 |
model a is cheaper by (18973 - 17947) =>1026.(rounded off to nearest dollar)
note:
present value factor = 1 /(1+r)^n
here,
r = 4%=>0.04.
n = 4 years.
present value factor = 1 /(1.04)^4
=>0.8548
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