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Integrating
Exponentials
Integrating
Exponentials
e ax dx 

Integrating
Exponentials
1 ax
 e dx  a e  c
ax
Integrating
Exponentials
1 ax
 e dx  a e  c
ax



f  x e f  x dx 
Integrating
Exponentials
1 ax
 e dx  a e  c
ax



f  x e f  x dx  e f  x   c
Integrating
Exponentials
1 ax
 e dx  a e  c
ax


e.g. i   e5 x dx

f  x e f  x dx  e f  x   c
Integrating
Exponentials
1 ax
 e dx  a e  c
ax


e.g. i   e5 x dx
1
 e5 x  c
5

f  x e f  x dx  e f  x   c
Integrating
Exponentials
1 ax
 e dx  a e  c
ax


e.g. i   e5 x dx
1
 e5 x  c
5

f  x e f  x dx  e f  x   c

OR

e5 x dx

1
  5e5 x dx
5
Integrating
Exponentials
1 ax
 e dx  a e  c
ax


e.g. i   e5 x dx
1
 e5 x  c
5

f  x e f  x dx  e f  x   c

OR

e5 x dx

1
  5e5 x dx
5
1
 e5 x  c
5
ii   xe dx
x2
1
x2
ii   xe dx   2 xe dx
2
x2
1
x2
ii   xe dx   2 xe dx
2
1 x2
 e c
2
x2
1
x2
ii   xe dx   2 xe dx
2
1 x2
 e c
2
x2

iii   e9 x 5 dx  1  9e9 x 5 dx
9
1
x2
ii   xe dx   2 xe dx
2
1 x2
 e c
2
x2

iii   e9 x 5 dx  1  9e9 x 5 dx
9
1 9 x 5
 e
c
9
1
x2
ii   xe dx   2 xe dx
2
1 x2
 e c
2
x2

iv 



e x dx

iii   e9 x 5 dx  1  9e9 x 5 dx
9
1 9 x 5
 e
c
9
1
x2
ii   xe dx   2 xe dx
2
1 x2
 e c
2
x2

iv 



x
2

e x dx   e dx

iii   e9 x 5 dx  1  9e9 x 5 dx
9
1 9 x 5
 e
c
9
1
x2
ii   xe dx   2 xe dx
2
1 x2
 e c
2
x2

iv 



x
2

e x dx   e dx
x

1
 2  e 2 dx
2

iii   e9 x 5 dx  1  9e9 x 5 dx
9
1 9 x 5
 e
c
9
1
x2
ii   xe dx   2 xe dx
2
1 x2
 e c
2
x2

iv 



x
2

e x dx   e dx
x

1
 2  e 2 dx
2
x
2

 2e  c
 2 ex  c

iii   e9 x 5 dx  1  9e9 x 5 dx
9
1 9 x 5
 e
c
9
1
x2
ii   xe dx   2 xe dx
2
1 x2
 e c
2
x2

iv 



x
2

e x dx   e dx
x

1
 2  e 2 dx
2
x
2

 2e  c
 2 ex  c

iii   e9 x 5 dx  1  9e9 x 5 dx
9
1 9 x 5
 e
c
9

v 

 e

x

 1e x  3dx
1
x2
ii   xe dx   2 xe dx
2
1 x2
 e c
2
x2

iv 



x
2

e x dx   e dx
x

1
 2  e 2 dx
2
x
2

 2e  c
 2 ex  c

iii   e9 x 5 dx  1  9e9 x 5 dx
9
1 9 x 5
 e
c
9

v 

 e  1e  3dx
  e  2e  3dx
x

x

2x

x
1
x2
ii   xe dx   2 xe dx
2
1 x2
 e c
2
x2

iv 



x
2

e x dx   e dx
x

1
 2  e 2 dx
2
x
2

 2e  c
 2 ex  c

iii   e9 x 5 dx  1  9e9 x 5 dx
9
1 9 x 5
 e
c
9

v 

 e  1e  3dx
  e  2e  3dx
x

x

2x

x

1 2x
 e  2e x  3 x  c
2
1
x2
ii   xe dx   2 xe dx
2
1 x2
 e c
2
x2

iv 



x
2

e x dx   e dx
x

1
 2  e 2 dx
2
x
2

 2e  c
 2 ex  c

iii   e9 x 5 dx  1  9e9 x 5 dx
9
1 9 x 5
 e
c
9

v 

 e  1e  3dx
  e  2e  3dx
x

x

2x

x

1 2x
 e  2e x  3 x  c
2
e5 x  e x
vi   2 x dx
e
1
x2
ii   xe dx   2 xe dx
2
1 x2
 e c
2
x2

iv 



x
2

e x dx   e dx
x

1
 2  e 2 dx
2
x
2

 2e  c
 2 ex  c

iii   e9 x 5 dx  1  9e9 x 5 dx
9
1 9 x 5
 e
c
9

v 

 e  1e  3dx
  e  2e  3dx
x

x

2x

x

1 2x
 e  2e x  3 x  c
2
e5 x  e x
vi   2 x dx
e
  e3 x  e  x dx
1
x2
ii   xe dx   2 xe dx
2
1 x2
 e c
2
x2

iv 



x
2

e x dx   e dx
x

1
 2  e 2 dx
2
x
2

 2e  c
 2 ex  c

iii   e9 x 5 dx  1  9e9 x 5 dx
9
1 9 x 5
 e
c
9

v 

 e  1e  3dx
  e  2e  3dx
x

x

2x

x

1 2x
 e  2e x  3 x  c
2
e5 x  e x
vi   2 x dx
e
  e3 x  e  x dx
1 3x x
 e e c
3
vii 

1

x e

2 x3

0

dx
vii 

1

x e

2 x3

0
1

dx

1
2 x3
  3 x e dx
30
vii 

1

x e

2 x3

0
1

dx

1
2 x3
  3 x e dx
30
1 x3 1
 e 0
3

 
vii 

1

x e

2 x3

0
1

dx

1
2 x3
  3 x e dx
30
1 x3 1
 e 0
3
1 1 0
 e  e 
3

 
vii 

1

x e

2 x3

0
1

dx

1
2 x3
  3 x e dx
30
1 x3 1
 e 0
3
1 1 0
 e  e 
3
1
 e  1
3

 
vii 

1

x e

2 x3

0
1

dx

1
2 x3
  3 x e dx
30
1 x3 1
 e 0
3
1 1 0
 e  e 
3
1
 e  1
3

 

viii   3x dx
vii 

1

x e

2 x3

0
1

dx

1
2 x3
  3 x e dx
30
1 x3 1
 e 0
3
1 1 0
 e  e 
3
1
 e  1
3

 

viii   3x dx
3x

c
log 3
vii 

1

x e

2 x3

0
1

dx

1
2 x3
  3 x e dx
30
1 x3 1
 e 0
3
1 1 0
 e  e 
3
1
 e  1
3

viii   3x dx
3x

c
log 3

 

Exercise 13C; 2 to 8 ace etc, 9, 10,
11, 13, 17

Exercise 13D; 2 to 18 evens, 21*

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X2 t02 01 factorising complex expressions (2013)X2 t02 01 factorising complex expressions (2013)
X2 t02 01 factorising complex expressions (2013)
 
11 x1 t16 07 approximations (2013)
11 x1 t16 07 approximations (2013)11 x1 t16 07 approximations (2013)
11 x1 t16 07 approximations (2013)
 
11 x1 t16 06 derivative times function (2013)
11 x1 t16 06 derivative times function (2013)11 x1 t16 06 derivative times function (2013)
11 x1 t16 06 derivative times function (2013)
 
11 x1 t16 05 volumes (2013)
11 x1 t16 05 volumes (2013)11 x1 t16 05 volumes (2013)
11 x1 t16 05 volumes (2013)
 
11 x1 t16 04 areas (2013)
11 x1 t16 04 areas (2013)11 x1 t16 04 areas (2013)
11 x1 t16 04 areas (2013)
 
11 x1 t16 01 area under curve (2013)
11 x1 t16 01 area under curve (2013)11 x1 t16 01 area under curve (2013)
11 x1 t16 01 area under curve (2013)
 
X2 t01 11 nth roots of unity (2012)
X2 t01 11 nth roots of unity (2012)X2 t01 11 nth roots of unity (2012)
X2 t01 11 nth roots of unity (2012)
 
X2 t01 06 geometrical representation (2013)
X2 t01 06 geometrical representation (2013)X2 t01 06 geometrical representation (2013)
X2 t01 06 geometrical representation (2013)
 
X2 t01 05 conjugate properties (2013)
X2 t01 05 conjugate properties (2013)X2 t01 05 conjugate properties (2013)
X2 t01 05 conjugate properties (2013)
 
X2 t01 03 argand diagram (2013)
X2 t01 03 argand diagram (2013)X2 t01 03 argand diagram (2013)
X2 t01 03 argand diagram (2013)
 

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12 x1 t02 02 integrating exponentials (2014)

  • 4. Integrating Exponentials 1 ax  e dx  a e  c ax  f  x e f  x dx 
  • 5. Integrating Exponentials 1 ax  e dx  a e  c ax  f  x e f  x dx  e f  x   c
  • 6. Integrating Exponentials 1 ax  e dx  a e  c ax  e.g. i   e5 x dx f  x e f  x dx  e f  x   c
  • 7. Integrating Exponentials 1 ax  e dx  a e  c ax  e.g. i   e5 x dx 1  e5 x  c 5 f  x e f  x dx  e f  x   c
  • 8. Integrating Exponentials 1 ax  e dx  a e  c ax  e.g. i   e5 x dx 1  e5 x  c 5 f  x e f  x dx  e f  x   c OR e5 x dx  1   5e5 x dx 5
  • 9. Integrating Exponentials 1 ax  e dx  a e  c ax  e.g. i   e5 x dx 1  e5 x  c 5 f  x e f  x dx  e f  x   c OR e5 x dx  1   5e5 x dx 5 1  e5 x  c 5
  • 10. ii   xe dx x2
  • 11. 1 x2 ii   xe dx   2 xe dx 2 x2
  • 12. 1 x2 ii   xe dx   2 xe dx 2 1 x2  e c 2 x2
  • 13. 1 x2 ii   xe dx   2 xe dx 2 1 x2  e c 2 x2 iii   e9 x 5 dx  1  9e9 x 5 dx 9
  • 14. 1 x2 ii   xe dx   2 xe dx 2 1 x2  e c 2 x2 iii   e9 x 5 dx  1  9e9 x 5 dx 9 1 9 x 5  e c 9
  • 15. 1 x2 ii   xe dx   2 xe dx 2 1 x2  e c 2 x2 iv   e x dx iii   e9 x 5 dx  1  9e9 x 5 dx 9 1 9 x 5  e c 9
  • 16. 1 x2 ii   xe dx   2 xe dx 2 1 x2  e c 2 x2 iv   x 2 e x dx   e dx iii   e9 x 5 dx  1  9e9 x 5 dx 9 1 9 x 5  e c 9
  • 17. 1 x2 ii   xe dx   2 xe dx 2 1 x2  e c 2 x2 iv   x 2 e x dx   e dx x 1  2  e 2 dx 2 iii   e9 x 5 dx  1  9e9 x 5 dx 9 1 9 x 5  e c 9
  • 18. 1 x2 ii   xe dx   2 xe dx 2 1 x2  e c 2 x2 iv   x 2 e x dx   e dx x 1  2  e 2 dx 2 x 2  2e  c  2 ex  c iii   e9 x 5 dx  1  9e9 x 5 dx 9 1 9 x 5  e c 9
  • 19. 1 x2 ii   xe dx   2 xe dx 2 1 x2  e c 2 x2 iv   x 2 e x dx   e dx x 1  2  e 2 dx 2 x 2  2e  c  2 ex  c iii   e9 x 5 dx  1  9e9 x 5 dx 9 1 9 x 5  e c 9 v   e x  1e x  3dx
  • 20. 1 x2 ii   xe dx   2 xe dx 2 1 x2  e c 2 x2 iv   x 2 e x dx   e dx x 1  2  e 2 dx 2 x 2  2e  c  2 ex  c iii   e9 x 5 dx  1  9e9 x 5 dx 9 1 9 x 5  e c 9 v   e  1e  3dx   e  2e  3dx x x 2x x
  • 21. 1 x2 ii   xe dx   2 xe dx 2 1 x2  e c 2 x2 iv   x 2 e x dx   e dx x 1  2  e 2 dx 2 x 2  2e  c  2 ex  c iii   e9 x 5 dx  1  9e9 x 5 dx 9 1 9 x 5  e c 9 v   e  1e  3dx   e  2e  3dx x x 2x x 1 2x  e  2e x  3 x  c 2
  • 22. 1 x2 ii   xe dx   2 xe dx 2 1 x2  e c 2 x2 iv   x 2 e x dx   e dx x 1  2  e 2 dx 2 x 2  2e  c  2 ex  c iii   e9 x 5 dx  1  9e9 x 5 dx 9 1 9 x 5  e c 9 v   e  1e  3dx   e  2e  3dx x x 2x x 1 2x  e  2e x  3 x  c 2 e5 x  e x vi   2 x dx e
  • 23. 1 x2 ii   xe dx   2 xe dx 2 1 x2  e c 2 x2 iv   x 2 e x dx   e dx x 1  2  e 2 dx 2 x 2  2e  c  2 ex  c iii   e9 x 5 dx  1  9e9 x 5 dx 9 1 9 x 5  e c 9 v   e  1e  3dx   e  2e  3dx x x 2x x 1 2x  e  2e x  3 x  c 2 e5 x  e x vi   2 x dx e   e3 x  e  x dx
  • 24. 1 x2 ii   xe dx   2 xe dx 2 1 x2  e c 2 x2 iv   x 2 e x dx   e dx x 1  2  e 2 dx 2 x 2  2e  c  2 ex  c iii   e9 x 5 dx  1  9e9 x 5 dx 9 1 9 x 5  e c 9 v   e  1e  3dx   e  2e  3dx x x 2x x 1 2x  e  2e x  3 x  c 2 e5 x  e x vi   2 x dx e   e3 x  e  x dx 1 3x x  e e c 3
  • 26. vii  1 x e 2 x3 0 1 dx 1 2 x3   3 x e dx 30
  • 27. vii  1 x e 2 x3 0 1 dx 1 2 x3   3 x e dx 30 1 x3 1  e 0 3  
  • 28. vii  1 x e 2 x3 0 1 dx 1 2 x3   3 x e dx 30 1 x3 1  e 0 3 1 1 0  e  e  3  
  • 29. vii  1 x e 2 x3 0 1 dx 1 2 x3   3 x e dx 30 1 x3 1  e 0 3 1 1 0  e  e  3 1  e  1 3  
  • 30. vii  1 x e 2 x3 0 1 dx 1 2 x3   3 x e dx 30 1 x3 1  e 0 3 1 1 0  e  e  3 1  e  1 3   viii   3x dx
  • 31. vii  1 x e 2 x3 0 1 dx 1 2 x3   3 x e dx 30 1 x3 1  e 0 3 1 1 0  e  e  3 1  e  1 3   viii   3x dx 3x  c log 3
  • 32. vii  1 x e 2 x3 0 1 dx 1 2 x3   3 x e dx 30 1 x3 1  e 0 3 1 1 0  e  e  3 1  e  1 3 viii   3x dx 3x  c log 3   Exercise 13C; 2 to 8 ace etc, 9, 10, 11, 13, 17 Exercise 13D; 2 to 18 evens, 21*