The value of an automobile decreases each year and is described by the equationV) = 24 000(0.95)', where tis the number of years after the car is purchased. Estimatethe rate at which the value of the auto is changing 5 years after it is purchased.-$1250/year-$950/year-$150/year$150/year Which statement about Ax) = 1000(1.3)* is true?instantaneous rate of change is 0 for some value of xinstantaneous rate of change is the same for all values of xinstantaneous rate of change is negative for all values of xinstantaneous rate of change is positive for all values of x

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The value of an automobile decreases each year and is described by the equation V() = 24 000(0.95)', where t is the number of years after the car is purchased. Estimate the rate at which the value of the auto is changing 5 years after it is purchased. -$1250/year -$950/year

The value of an automobile decreases each year and is described by the equation V() = 24 000(0.95)', where t is the number of years after the car is purchased. Estimate the rate at which the value of the auto is changing 5 years after it is purchased. -$1250/year -$950/year

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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Question

The value of an automobile decreases each year and is described by the equation
V) = 24 000(0.95)', where tis the number of years after the car is purchased. Estimate
the rate at which the value of the auto is changing 5 years after it is purchased.
-$1250/year
-$950/year
-$150/year
$150/year

Which statement about Ax) = 1000(1.3)* is true?
instantaneous rate of change is 0 for some value of x
instantaneous rate of change is the same for all values of x
instantaneous rate of change is negative for all values of x
instantaneous rate of change is positive for all values of x

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