2. Evaluate the definite integrals below. Use u-substitution when appropr a. C. xe-xºdx
Evaluate the following indefinite or definite integrals using substitution. SHOW EACH STEP on the answer sheets. 16. Sa com a dx u=__ du= 17. 62 e 2 dx u=- du=
Characterize the below integrals (definite or indefinite) and solve the integrals by using the substitution rule: 9+x2 dx b. J v1+ cosx + sinxdx
Characterize the below integrals (definite or indefinite) and solve the integrals by using the substitution rule: a. S(-11(5x + 7)5)dx b. S(4V7x - 1)dx C. J-8 siz3x cosx) dx d. S -6 dx 2x+3 e. S(-5sin(9x - 4))dx
4pm 29.pd 1. Evaluate the definite integrals, * dx 2. Use an integral to find the shaded area below etx=h
6.Evaluate the following indefinite and definite integrals 6. Evaluate the following indefinite and definite integrals. (a) ſe=v2+3e* dx secat 1+tant
Evaluate the integrals( Must use calculation) d. | xe du
17. Use geometry to evaluate the definite integrals. Use your calculator to verify your result. (a) [ 13 de (b) ſ (5 + V4 – 22) de 1-2 18. Use the comparison property of integrals to estimate Si Vx2 + 3x
Evaluate the following indefinite integrals using u-substitution. Use the equation editor to display your result. s 5 cos x(7 + sin x) dx 12pt Paragraph BI VALT?v v Eva Tov o v RDV
Evaluate the following integrals and note whether they are definite, indefinite or improper. 2
Given the function graphed below, evaluate the definite integrals. 4 3 2 1 2 3 4 5 6 7 8 -2 -3 -4 Preview [ f(z)dx = [ f(a)dx = Preview