Respuesta :
Answer:
A) C(d,m) = 40 + 55d + 0.13m
B) $448
Step-by-step explanation:
Let 'd' be the number of days and 'm' the number of miles driven.
A) The cost function that describes a fixed amount of $40, added to a variable amount of $55 per day (55d) and a variable amount of 13 cents per mile (0.13m) is:
[tex]C(d,m) = 40 +55d +0.13m[/tex]
B) If d = 5 and m =600, the total cost is:
[tex]C(5,600) = 40 +55*6 +0.13*600\\C(5,600)=\$448[/tex]
The cost is $448.
The formula for the cost, C of renting a car as a function of the number of days, d, and the number of miles driven, m is C f(d, m) = 40 + 55d + 0.13m
Given:
Application fee = $40
cost per day = $55
cost per mile = $0.13
let
Total cost = C
Number of days = d
Number of miles = m
Total cost, C = 40 + 55d + 0.13m
C f(d, m) = 40 + 55d + 0.13m
= 40 + 55(5) + 0.13(600)
= 40 + 275 + 78
= $393
Therefore, the cost of renting the car given the number of days is $393
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