Explanation Given information: The indefinite integral is ∫ e − x ( 3 x − 1 ) 2 d x . Explanation: For solving the integral ∫ e − x ( 3 x − 1 ) 2 d x , integration by parts is used. Here f ( x ) = ( 3 x − 1 ) 2 and g ( x ) = e − x

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Chapter 9, Problem 25RE

To determine

Whether integration by parts or substitution should be used to compute the

indefinite integral ∫e−x(3x−1)2 dx. If substitution, indicate the substitution to be made. If by

parts, indicate the functions f(x) and g(x) to be used.

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Chapter 9, Problem 24RE

Chapter 9, Problem 26RE

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Chapter 9 Solutions

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Whether integration by parts or substitution should be used to compute the indefinite integral ∫ e − x ( 3 x − 1 ) 2 d x . If substitution, indicate the substitution to be made. If by parts, indicate the functions f ( x ) and g ( x ) to be used.

Solution Summary: The author explains that integration by parts or substitution should be used to compute the indefinite integral.

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Whether integration by parts or substitution should be used to compute the

indefinite integral ∫e−x(3x−1)2 dx. If substitution, indicate the substitution to be made. If by

parts, indicate the functions f(x) and g(x) to be used.

Want to see the full answer?

Chapter 9 Solutions

Whether integration by parts or substitution should be used to compute the indefinite integral ∫ e − x ( 3 x − 1 ) 2 d x . If substitution, indicate the substitution to be made. If by parts, indicate the functions f ( x ) and g ( x ) to be used.

Solution Summary: The author explains that integration by parts or substitution should be used to compute the indefinite integral.

Concept explainers

Videos

Whether integration by parts or substitution should be used to compute the indefinite integral ∫e−x(3x−1)2 dx. If substitution, indicate the substitution to be made. If by parts, indicate the functions f(x) and g(x) to be used.

Want to see the full answer?

Chapter 9 Solutions

Whether integration by parts or substitution should be used to compute the

indefinite integral ∫e−x(3x−1)2 dx. If substitution, indicate the substitution to be made. If by

parts, indicate the functions f(x) and g(x) to be used.