I was hoping someone could double check my work to make sure I did the problem correctly? Thank you! 2) a) Calculate the integrel 19-ni dy by using the poner rule for antiderivatives:+Cb) calculate the integral 9-xdx again but via trig sub:X= 3 sin oX- Sin &a':3a= 9-x"dx 3 sinede59-(3sine) 30osods53(9-95in's)cosede1(9(1-sin'e) cosededr= 3056doC) Verify your answers matchU= Sino27 (1- sins) cosede27 cos6- cosesinededu = oS6 de92-x +C = 9x-X +C327Cose uCosede27/1-4' du2727(sing - sin's9x-27x8 127727x273.273.3.39x-X3

2) a) Calculate the integral 9-x dx by using the 2 poner rule for antiderivatives: b) calculate the integral 9-xdx again but via trig sub: X= 3Sin o sin 6 a': x a': 3'- a- n-x dx 3sine de 59-(3sine) 30sods 53(9-9sin's) oseds 1(9(1-sin'o) cosedo are sinx - 0 dr: 3056do Cose- 1-x c) Verify your answers match U= Sine 27 (1- sins) cosede du= oS6 de 92-x +C = 9x-X +C 3 27 Coso- Cosesineds 3 2 27 Co- Cose u du Cosde 27/1-u' du 27 (sine sin's 27 3. 9x- 27x 3 3. 27Y 27x 27 X 3 3 27 3 9x-X 3.

2) a) Calculate the integral 9-x dx by using the 2 poner rule for antiderivatives: b) calculate the integral 9-xdx again but via trig sub: X= 3Sin o sin 6 a': x a': 3'- a- n-x dx 3sine de 59-(3sine) 30sods 53(9-9sin's) oseds 1(9(1-sin'o) cosedo are sinx - 0 dr: 3056do Cose- 1-x c) Verify your answers match U= Sine 27 (1- sins) cosede du= oS6 de 92-x +C = 9x-X +C 3 27 Coso- Cosesineds 3 2 27 Co- Cose u du Cosde 27/1-u' du 27 (sine sin's 27 3. 9x- 27x 3 3. 27Y 27x 27 X 3 3 27 3 9x-X 3.

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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