Asked by Jerry
Assume that it costs Apple approximately
C(x) = 36,100 + 100x + 0.01x^2
dollars to manufacture x 30-gigabyte video iPods in a day.
How many iPods should be manufactured in order to minimize average cost?
What is the resulting average cost of an iPod? (Give your answer to the nearest dollar.)
C(x) = 36,100 + 100x + 0.01x^2
dollars to manufacture x 30-gigabyte video iPods in a day.
How many iPods should be manufactured in order to minimize average cost?
What is the resulting average cost of an iPod? (Give your answer to the nearest dollar.)
Answers
Answered by
Damon
cost per unit = cpu = C(x) / x
= 36,100/x + 100 +.01 x
d cpu/dx = 0 at min
= -36,100/x^2 + .01
.01 x^2 = 36,100
x^2 = 3,610,000
x = 1900 units
now go back and get cpu
= 36,100/1900 + 100 + .01(1900)
= 2019
= 36,100/x + 100 +.01 x
d cpu/dx = 0 at min
= -36,100/x^2 + .01
.01 x^2 = 36,100
x^2 = 3,610,000
x = 1900 units
now go back and get cpu
= 36,100/1900 + 100 + .01(1900)
= 2019
Answered by
Anonymous
d cpu/dx = 0 at min
= -36,100/x^2 + .01
.01 x^2 = 36,100
x^2 = 3,610,000
x = 1900 units
now go back and get cpu
= 36,100/1900 + 100 + .01(1900)
What is the resulting average cost of an iPod?
138
= -36,100/x^2 + .01
.01 x^2 = 36,100
x^2 = 3,610,000
x = 1900 units
now go back and get cpu
= 36,100/1900 + 100 + .01(1900)
What is the resulting average cost of an iPod?
138
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