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Provide an appropriate response. Suppose that we are using substitution to find an antiderivative. If, after making the substitution, we find that there is still an x-term left in the integrand, what should we do? A This would never happen if we made the correct substitution. B Use an alternative method, because substitution will never give the antiderivative. Go back to the equation relating x and u, solve for x, and substitute in the integrand. None of these

Provide an appropriate response. Suppose that we are using substitution to find an antiderivative. If, after making the substitution, we find that there is still an x-term left in the integrand, what should we do? A This would never happen if we made the correct substitution. B Use an alternative method, because substitution will never give the antiderivative. Go back to the equation relating x and u, solve for x, and substitute in the integrand. None of these

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Provide an appropriate response. Suppose that we are using substitution to find an antiderivative. If, after making the substitution, we find that there is still an x-term left in the integrand, what should we do? A This would never happen if we made the correct substitution. B Use an alternative method, because substitution will never give the antiderivative. c) Go back to the equation relating x and u, solve for x, and substitute in the integrand. None of these
Transcribed Image Text:Provide an appropriate response. Suppose that we are using substitution to find an antiderivative. If, after making the substitution, we find that there is still an x-term left in the integrand, what should we do? A This would never happen if we made the correct substitution. B Use an alternative method, because substitution will never give the antiderivative. c) Go back to the equation relating x and u, solve for x, and substitute in the integrand. None of these
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