If y = 3 x 2 − 2 x + 1 , then use differentials to find the approximate change in y when x = 2 and Δ x = 0.05 .

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Answer 1

Question

Chapter CR, Problem 36CR

To determine

If y=3x2−2x+1 , then use differentials to find the approximate change in y when x=2 and Δx=0.05 .

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Answer 2

Question

Chapter CR, Problem 36CR

To determine

If y=3x2−2x+1 , then use differentials to find the approximate change in y when x=2 and Δx=0.05 .

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Answer 3

Question

Chapter CR, Problem 36CR

To determine

If y=3x2−2x+1 , then use differentials to find the approximate change in y when x=2 and Δx=0.05 .

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Answer 4

Question

Chapter CR, Problem 36CR

To determine

If y=3x2−2x+1 , then use differentials to find the approximate change in y when x=2 and Δx=0.05 .

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Answer 5

Chapter CR, Problem 36CR

To determine

If y=3x2−2x+1 , then use differentials to find the approximate change in y when x=2 and Δx=0.05 .

Answer 6

Chapter CR, Problem 36CR

To determine

If y=3x2−2x+1 , then use differentials to find the approximate change in y when x=2 and Δx=0.05 .

Answer 7

Chapter CR, Problem 36CR

To determine

If y=3x2−2x+1 , then use differentials to find the approximate change in y when x=2 and Δx=0.05 .

Answer 8

Expert Solution & Answer

Answer 9

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Answer 10

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Answer 11

Ch. CR - Prob. 1CR Ch. CR - Prob. 2CR Ch. CR - Prob. 3CR Ch. CR - Prob. 4CR Ch. CR - Prob. 5CR Ch. CR - Prob. 6CR Ch. CR - Prob. 7CR Ch. CR - Prob. 8CR Ch. CR - Prob. 9CR Ch. CR - Prob. 10CR

If y = 3 x 2 − 2 x + 1 , then use differentials to find the approximate change in y when x = 2 and Δ x = 0.05 .

Solution Summary: The author explains that y=3x2-2x+1 is a relatively small number, hence, using differentials to find the approximate change.

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If y=3x2−2x+1 , then use differentials to find the approximate change in y when x=2 and Δx=0.05 .

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Chapter CR Solutions