How do you integrate ∫(3−x)7(3−x)2dx? Calculus Introduction to Integration Integrals of Exponential Functions 1 Answer Andrea S. Dec 21, 2016 ∫(3−x)7(3−x)2dx=−7(3−x)22ln7+C Explanation: Substitute t=(3−x)2, dt=−2(3−x)dx, and consider that 7α=eαln7: ∫(3−x)7(3−x)2dx=−12∫eln7tdt=−12ln7eln7t+C=−7(3−x)22ln7+C Answer link Related questions How do you evaluate the integral ∫e4xdx? How do you evaluate the integral ∫e−xdx? How do you evaluate the integral ∫3xdx? How do you evaluate the integral ∫3ex−5e2xdx? How do you evaluate the integral ∫10−xdx? What is the integral of ex3? What is the integral of e0.5x? What is the integral of e2x? What is the integral of e7x? What is the integral of 2e2x? See all questions in Integrals of Exponential Functions Impact of this question 4086 views around the world You can reuse this answer Creative Commons License