A company makes computer chips from square wafers of silicon. It wants to keep the side length of a wafer very close to 17 mm and it wants to know how the area A(X) of a wafer changes when the side length x changes. Find A(17). A'(17) = mm2/mm Explain the meaning of A(17) in this situation. A'(17) represents the area as the side length reaches 17 mm. A'(17) represents the rate at which the side length is increasing with respect to the area as x reaches 17 mm. A'(17) represents the rate at which the area is increasing as x reaches 34 mm. A'(17) represents the rate at which the area is increasing with respect to the side length as A reaches 34 mm2. A'(17) represents the rate at which the area is increasing with respect to the side length as x reaches 17 mm.
A company makes computer chips from square wafers of silicon. It wants to keep the side length of a wafer very close to 17 mm and it wants to know how the area A(X) of a wafer changes when the side length x changes. Find A(17). A'(17) = mm2/mm Explain the meaning of A(17) in this situation. A'(17) represents the area as the side length reaches 17 mm. A'(17) represents the rate at which the side length is increasing with respect to the area as x reaches 17 mm. A'(17) represents the rate at which the area is increasing as x reaches 34 mm. A'(17) represents the rate at which the area is increasing with respect to the side length as A reaches 34 mm2. A'(17) represents the rate at which the area is increasing with respect to the side length as x reaches 17 mm.
Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter59: Areas Of Rectangles, Parallelograms, And Trapezoids
Section: Chapter Questions
Problem 79A
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Transcribed Image Text:A company makes computer chips from square wafers of silicon. It wants to keep
the side length of a wafer very close to 17 mm and it wants to know how the area
A(x) of a wafer changes when the side length x changes. Find a(17).
A'(17) =
mm?/mm
Explain the meaning of A(17) in this situation.
A'(17) represents the area as the side length reaches 17 mm.
A'(17) represents the rate at which the side length is increasing with respect to the area as x reaches 17 mm.
A'(17) represents the rate at which the area is increasing as x reaches 34 mm.
A'(17) represents the rate at which the area is increasing with respect to the side length as A reaches 34 mm2.
A'(17) represents the rate at which the area is increasing with respect to the side length as x reaches 17 mm.
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