3. (anti-quotient rule) (a) Use the Quotient Rule for derivatives and the Fundamental Theorem of Calculus to derive an integration formula similar to integration by parts. How is this formula different than integration by parts? Division, unlike multilplication, is not commutative. How does this impact this formula? cos²(: sin²(z explain how you selected each term and factor in the formula. (b) Use the formula you came up with in part (a) to evaluate f dr. Make sure to (c) Construct an example of another integral that you could use the formula in part (a) to evaluate. Compute this integral. Why was the formula helpful in this instance? What would you look for in an integrand to identify whether this formula would be helpful or not?

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter4: Polynomial And Rational Functions
Section4.3: Zeros Of Polynomials
Problem 67E
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I need help with this question, a through c. Please show full work and label every step in your solution that used the FTOC theorem (if any used). 

3. (anti-quotient rule)
(a) Use the Quotient Rule for derivatives and the Fundamental Theorem of Calculus to derive
an integration formula similar to integration by parts. How is this formula different than
integration by parts? Division, unlike multilplication, is not commutative. How does this
impact this formula?
(b) Use the formula you came up with in part (a) to evaluate co dr. Make sure to
explain how you selected each term and factor in the formula.
sin²(x)
(c) Construct an example of another integral that you could use the formula in part (a) to
evaluate. Compute this integral. Why was the formula helpful in this instance? What
would you look for in an integrand to identify whether this formula would be helpful or
not?
Transcribed Image Text:3. (anti-quotient rule) (a) Use the Quotient Rule for derivatives and the Fundamental Theorem of Calculus to derive an integration formula similar to integration by parts. How is this formula different than integration by parts? Division, unlike multilplication, is not commutative. How does this impact this formula? (b) Use the formula you came up with in part (a) to evaluate co dr. Make sure to explain how you selected each term and factor in the formula. sin²(x) (c) Construct an example of another integral that you could use the formula in part (a) to evaluate. Compute this integral. Why was the formula helpful in this instance? What would you look for in an integrand to identify whether this formula would be helpful or not?
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