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Evaluate and input the result of the following integral. (Hint: There is an easy way of solving this question) S Fdr =?, x² + v² F= 2y. Inx C: r(t) = (1, 3 +t) te [0,1] • do not write unevaluated expressions (don't use 12/4+1, use 4) • do not leave fractions, write decimal points (don't use 1/2, use 0.5) • do not use Turkish a,bcd notation (do not use 1,234 use 1.234)

Evaluate and input the result of the following integral. (Hint: There is an easy way of solving this question) S Fdr =?, x² + v² F= 2y. Inx C: r(t) = (1, 3 +t) te [0,1] • do not write unevaluated expressions (don't use 12/4+1, use 4) • do not leave fractions, write decimal points (don't use 1/2, use 0.5) • do not use Turkish a,bcd notation (do not use 1,234 use 1.234)

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 29EQ
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Evaluate and input the result of the following integral. (Hint: There is an easy way of solving this question) S Fdr =?, x² + v² F= 2y. Inx C: r(t) = (1, 3 +t) te [0,1] • do not write unevaluated expressions (don't use 12/4+1, use 4) • do not leave fractions, write decimal points (don't use 1/2, use 0.5) • do not use Turkish a,bcd notation (do not use 1,234 use 1.234)
Transcribed Image Text:Evaluate and input the result of the following integral. (Hint: There is an easy way of solving this question) S Fdr =?, x² + v² F= 2y. Inx C: r(t) = (1, 3 +t) te [0,1] • do not write unevaluated expressions (don't use 12/4+1, use 4) • do not leave fractions, write decimal points (don't use 1/2, use 0.5) • do not use Turkish a,bcd notation (do not use 1,234 use 1.234)
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