integration by substitution

25
Integration by Substitution

Upload: felicia-goodman

Post on 03-Jan-2016

22 views

Category:

Documents


1 download

DESCRIPTION

Integration by Substitution. 1. Find the indefinite integral (Similar to p.342 #1-6). 2. Find the indefinite integral (Similar to p.342 #1-6). 3. Find the indefinite integral (Similar to p.342 #11-38). 4. Find the indefinite integral (Similar to p.342 #11-38). - PowerPoint PPT Presentation

TRANSCRIPT

Page 1: Integration by Substitution

Integration by Substitution

Page 2: Integration by Substitution

1. Find the indefinite integral(Similar to p.342 #1-6)

dxx 24x 43

Page 3: Integration by Substitution

2. Find the indefinite integral(Similar to p.342 #1-6)

dxx

x

sin

cos4

Page 4: Integration by Substitution

3. Find the indefinite integral(Similar to p.342 #11-38)

dxxx 32 243

Page 5: Integration by Substitution

4. Find the indefinite integral(Similar to p.342 #11-38)

dxxx 1332

Page 6: Integration by Substitution

5. Find the indefinite integral(Similar to p.342 #11-38) NEXT TIME

SPRING 2013

dttt 354

Page 7: Integration by Substitution

6. Find the indefinite integral(Similar to p.342 #11-38)

dxx

x

)35( 23

2

Page 8: Integration by Substitution

7. Find the indefinite integral(Similar to p.342 #11-38)

dxx

x )5(

13

3

Page 9: Integration by Substitution

8. Find the indefinite integral(Similar to p.342 #11-38)

dxx

xx

33

3

Page 10: Integration by Substitution

9. Solve the differential equation(Similar to p.342 #39-42)

54

22

xx

x

dx

dy

Page 11: Integration by Substitution

10. Find the indefinite integral(Similar to p.342 #49-82)

dxxx sin2 2

Page 12: Integration by Substitution

11. Find the indefinite integral(Similar to p.342 #49-82)

dxxe x 14 37 2

Page 13: Integration by Substitution

12. Find the indefinite integral(Similar to p.342 #49-82) NEXT TIME

dxxxx )3cos()3sin( 22

Page 14: Integration by Substitution

13. Find the indefinite integral(Similar to p.342 #49-82)

dxxx sectan 23

Page 15: Integration by Substitution

14. Find the indefinite integral(Similar to p.342 #49-82)

dxx

x

sin

cos4

Page 16: Integration by Substitution

15. Find the indefinite integral(Similar to p.342 #49-82)

dxe

eex

xx

143

Page 17: Integration by Substitution

16. Find the indefinite integral(Similar to p.342 #49-82)

dxe x )ln( 43

Page 18: Integration by Substitution

17. Find an equation for the function f that has the given derivative and whose graph

passes through the given point(Similar to p.343 #83-88)

3

1,0

int

2.0)(' 3/

Po

xf

Derivative

x

Page 19: Integration by Substitution

18. Find the particular solution of the differential equation that satisfies the

initial conditions(Similar to p.343 #89-90)

3

1)0(',

2

1)0(,cos)('' 3 ffexxf x

Page 20: Integration by Substitution

19. Find the indefinite integral(Similar to p.343 #91-98)

dxxx 23

Page 21: Integration by Substitution

20. Find the indefinite integral(Similar to p.343 #91-98)

dx 2x

24x

Page 22: Integration by Substitution

21. Find the definite integral(Similar to p.343 #91-98)

2

02

43

dxx

x

Page 23: Integration by Substitution

22. Use the differential equation and the given point to find an equation of the

function(Similar to p.344 #117-120)

)1,0(,15

5 23

2

x

x

dx

dy

Page 24: Integration by Substitution

23. Find the area of the region(Similar to p.344 #121-126)

20),2sin(cos

xxxy

Page 25: Integration by Substitution

24. Use a graphing utility to evaluate the integral.

(Similar to p.344 #131-138)

4

2

2-xx dx