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tan (x), cos(x), or sin (x) input atan (x), acos (x) or asin (x). DO NOT convert answers to decimal form. Consider the integral 4. x² dx V81 – x2 Using an appropriate substitution, u = f(x), evaluate this integral. What is: u = The new integral is of the form A • g(u) du where A E Z. What is g(u) = a = B = A =

tan (x), cos(x), or sin (x) input atan (x), acos (x) or asin (x). DO NOT convert answers to decimal form. Consider the integral 4. x² dx V81 – x2 Using an appropriate substitution, u = f(x), evaluate this integral. What is: u = The new integral is of the form A • g(u) du where A E Z. What is g(u) = a = B = A =

Linear Algebra: A Modern Introduction
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.6: The Matrix Of A Linear Transformation
Problem 30EQ
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tan (x), cos'(x), or sin (x) input atan (x), acos(x) or asin (x). DO NOT convert answers to decimal form. Consider the integral 4·x² dx V81 – x2 4 - Using an appropriate substitution, u = f(x), evaluate this integral. What is: = n The new integral is of the form A · g(u) du where A E Z. What is g(u) = %3D B = A =
Transcribed Image Text:tan (x), cos'(x), or sin (x) input atan (x), acos(x) or asin (x). DO NOT convert answers to decimal form. Consider the integral 4·x² dx V81 – x2 4 - Using an appropriate substitution, u = f(x), evaluate this integral. What is: = n The new integral is of the form A · g(u) du where A E Z. What is g(u) = %3D B = A =
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