Exam 8: Techniques of Integration

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Evaluate the following improper integrals. A) Evaluate the following improper integrals. A)    B)  B) Evaluate the following improper integrals. A)    B)

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Evaluate the integrals using Integration by Parts, the Substitution Method, or both methods. A) Evaluate the integrals using Integration by Parts, the Substitution Method, or both methods. A)    B)   . (Hint: Use   . B) Evaluate the integrals using Integration by Parts, the Substitution Method, or both methods. A)    B)   . (Hint: Use   . . (Hint: Use Evaluate the integrals using Integration by Parts, the Substitution Method, or both methods. A)    B)   . (Hint: Use   . .

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Evaluate the integral Evaluate the integral   . .

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Calculate the following integral using reduction formulas as necessary. Calculate the following integral using reduction formulas as necessary.

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Use substitution and reduction formulas to evaluate the integral Use substitution and reduction formulas to evaluate the integral   . .

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Evaluate the following integrals. A) Evaluate the following integrals. A)    B)  B) Evaluate the following integrals. A)    B)

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Evaluate Evaluate   . .

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Find a constant Find a constant   such that   is a probability density function on the interval   and compute the probability   . such that Find a constant   such that   is a probability density function on the interval   and compute the probability   . is a probability density function on the interval Find a constant   such that   is a probability density function on the interval   and compute the probability   . and compute the probability Find a constant   such that   is a probability density function on the interval   and compute the probability   . .

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Calculate Calculate   and   for the following.  A)    B)  and Calculate   and   for the following.  A)    B)  for the following. A) Calculate   and   for the following.  A)    B)  B) Calculate   and   for the following.  A)    B)

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Which two of the following integrals converge? A) Which two of the following integrals converge? A)    B)    C)    D)  B) Which two of the following integrals converge? A)    B)    C)    D)  C) Which two of the following integrals converge? A)    B)    C)    D)  D) Which two of the following integrals converge? A)    B)    C)    D)

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Evaluate the following integral using trigonometric identities and reduction formulas. Evaluate the following integral using trigonometric identities and reduction formulas.

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Calculate the following integral in terms of inverse hyperbolic functions. Calculate the following integral in terms of inverse hyperbolic functions.

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Evaluate the integral Evaluate the integral   . .

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Evaluate Evaluate   . .

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The partial fraction decomposition of The partial fraction decomposition of   is: is:

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Use the error bound to find the value of Use the error bound to find the value of   for which Error   in approximating the integral   . for which Error Use the error bound to find the value of   for which Error   in approximating the integral   . in approximating the integral Use the error bound to find the value of   for which Error   in approximating the integral   . .

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Evaluate the integral Evaluate the integral   . .

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To evaluate the integral To evaluate the integral   using Integration by Parts, we should choose: using Integration by Parts, we should choose:

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Use the substitution Use the substitution   and the identities   and   to evaluate the integral   . and the identities Use the substitution   and the identities   and   to evaluate the integral   . and Use the substitution   and the identities   and   to evaluate the integral   . to evaluate the integral Use the substitution   and the identities   and   to evaluate the integral   . .

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Evaluate the integral Evaluate the integral   . .

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