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3) For f(x)= cos(20x), use Taylor polynomials to estimate f(1/40) to within 1/100. Do not forget to use the Chain Rule. Use: tsin(...), ±cos(...) <1 to get that |Ksin(...), K cos(...)|<|K| for a constant K. Do not forget to get the value of the appropriate Taylor Polynomial as the final answer.

3) For f(x)= cos(20x), use Taylor polynomials to estimate f(1/40) to within 1/100. Do not forget to use the Chain Rule. Use: tsin(...), ±cos(...) <1 to get that |Ksin(...), K cos(...)|<|K| for a constant K. Do not forget to get the value of the appropriate Taylor Polynomial as the final answer.

Calculus For The Life Sciences
Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter4: Calculating The Derivative
Section4.CR: Chapter 4 Review
Problem 5CR: Determine whether each of the following statements is true or false, and explain why. The chain rule...
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please have it computer typed, will give thumps up.

3) For f(x)= cos(20x), use Taylor polynomials to estimate f(1/ 40) to within 1/100. Do not forget to use the Chain Rule. Use: |tsin(..), ±cos(...) <1 to get that |K sin(...), K cos(...) <|K| for a constant K. Do not forget to get the value of the appropriate Taylor Polynomial as the final answer.
Transcribed Image Text:3) For f(x)= cos(20x), use Taylor polynomials to estimate f(1/ 40) to within 1/100. Do not forget to use the Chain Rule. Use: |tsin(..), ±cos(...) <1 to get that |K sin(...), K cos(...) <|K| for a constant K. Do not forget to get the value of the appropriate Taylor Polynomial as the final answer.
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