Each of the following integrals will be used exactly once in this question. 1 dx 4. A. [sin°(x)dx B. [x'sin(2x)dx С. x2 -1 1 -dx -1 D. Е. F. x +x V9x? -1 (Write the letter of the most appropriate choice in each part and then answer the additional question). You do not need to evaluate any of the integrals! In which integral would you use... (a) integration by parts? State how you would assign u, and dv and then calculate du and v.

Calculus: Early Transcendentals
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Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Each of the following integrals will be used exactly once in this question.
A. [sin (x)dx
4.
B. [x' sin(2x)dx
1
С.
1
-1
D.
dx
Е.
V9x? -1
x² -1
F.
x +x
(Write the letter of the most appropriate choice in each part and then answer the additional question).
You do not need to evaluate any of the integrals!
In which integral would you use...
(a) integration by parts? State how you would assign u, and dv and then calculate du and v.
(b) a trig. identity? State what trig. identity you would use.
(c) a partial fraction decomposition? Fully set up the partial fraction decomposition, but do not compute the
resulting integral.
(d) an algebraic simplification? Perform this algebraic simplification.
(e) a u-substitution? State what u and du are.
(f) A trig. substitution. State what x and dx are.
Transcribed Image Text:Each of the following integrals will be used exactly once in this question. A. [sin (x)dx 4. B. [x' sin(2x)dx 1 С. 1 -1 D. dx Е. V9x? -1 x² -1 F. x +x (Write the letter of the most appropriate choice in each part and then answer the additional question). You do not need to evaluate any of the integrals! In which integral would you use... (a) integration by parts? State how you would assign u, and dv and then calculate du and v. (b) a trig. identity? State what trig. identity you would use. (c) a partial fraction decomposition? Fully set up the partial fraction decomposition, but do not compute the resulting integral. (d) an algebraic simplification? Perform this algebraic simplification. (e) a u-substitution? State what u and du are. (f) A trig. substitution. State what x and dx are.
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