In section 5.8, we saw that f1 du = tan ¹(u) + C. Use algebra, a u-substitution, then this formula to compute ✓ 12,² +3 dr. Show all of your work, including what you choose for u and how you find du.

College Algebra
1st Edition
ISBN:9781938168383
Author:Jay Abramson
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Chapter7: Systems Of Equations And Inequalities
Section7.5: Matrices And Matrix Operations
Problem 3SE: Can both the products AB and BA be defined? If so, explain how; if not, explain why.
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In section 5.8, we saw that 2+1 du = tan-¹(u) + C. Use algebra, a u-substitution, then this
u²+1
formula to compute
√12r²+3 dr.
Show all of your work, including what you choose for u and how you find du.
Transcribed Image Text:In section 5.8, we saw that 2+1 du = tan-¹(u) + C. Use algebra, a u-substitution, then this u²+1 formula to compute √12r²+3 dr. Show all of your work, including what you choose for u and how you find du.
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