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Indefinite Integral
Indefinite Integral
x n 1
1  x n dx 
c
n 1
Indefinite Integral
x n 1
1  x n dx 
c
n 1

ax  b n1
2  ax  b n dx 
c
an  1
Indefinite Integral
x n 1
1  x n dx 
c
n 1

ax  b n1
2  ax  b n dx 
c
an  1

must be a linear function 
Indefinite Integral
x n 1
1  x n dx 
c
n 1

ax  b n1
2  ax  b n dx 
c
an  1
e.g. i  2  5 x  dx
3

must be a linear function 
Indefinite Integral
x n 1
1  x n dx 
c
n 1

ax  b n1
2  ax  b n dx 
c
an  1

must be a linear function 

1
2  5 x 4  c
e.g. i  2  5 x  dx 
4 5
1
4
  2  5 x   c
20
3
dx
ii 
3x  12
dx
ii 
3x  12

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

  3 x  1 dx
2

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

  3 x  1 dx
2

1
3x  11  c
3
1
c

33 x  1


iii   2 x  1dx
dx
ii 
3x  12

  3 x  1 dx
2

1
3x  11  c
3
1
c

33 x  1


iii   2 x  1dx   2 x  1 dx
1
2
dx
ii 
3x  12

  3 x  1 dx
2

1
3x  11  c
3
1
c

33 x  1


iii   2 x  1dx   2 x  1 dx
1
2

3
2

2 x  12  c
32 
3
1
 2 x  12  c
3
1
 2 x  1 2 x  1  c
3
dx
ii 
3x  12

  3 x  1 dx
2

1
3x  11  c
3
1
c

33 x  1


iii   2 x  1dx   2 x  1 dx
1
2

2
2 x  1  c
32 
3
1
 2 x  12  c
3
1
 2 x  1 2 x  1  c
3


3
2

Exercise 11D; 1bei, 2bcg,
4afh, 5cfi, 6ceh, 7bfil, 8*

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  • 2. Indefinite Integral x n 1 1  x n dx  c n 1
  • 3. Indefinite Integral x n 1 1  x n dx  c n 1 ax  b n1 2  ax  b n dx  c an  1
  • 4. Indefinite Integral x n 1 1  x n dx  c n 1 ax  b n1 2  ax  b n dx  c an  1 must be a linear function 
  • 5. Indefinite Integral x n 1 1  x n dx  c n 1 ax  b n1 2  ax  b n dx  c an  1 e.g. i  2  5 x  dx 3 must be a linear function 
  • 6. Indefinite Integral x n 1 1  x n dx  c n 1 ax  b n1 2  ax  b n dx  c an  1 must be a linear function  1 2  5 x 4  c e.g. i  2  5 x  dx  4 5 1 4   2  5 x   c 20 3
  • 8. dx ii  3x  12   3 x  1 dx 2
  • 9. dx ii  3x  12   3 x  1 dx 2 1 3x  11  c 3 1 c  33 x  1 
  • 10. dx ii  3x  12   3 x  1 dx 2 1 3x  11  c 3 1 c  33 x  1  iii   2 x  1dx
  • 11. dx ii  3x  12   3 x  1 dx 2 1 3x  11  c 3 1 c  33 x  1  iii   2 x  1dx   2 x  1 dx 1 2
  • 12. dx ii  3x  12   3 x  1 dx 2 1 3x  11  c 3 1 c  33 x  1  iii   2 x  1dx   2 x  1 dx 1 2 3 2  2 x  12  c 32  3 1  2 x  12  c 3 1  2 x  1 2 x  1  c 3
  • 13. dx ii  3x  12   3 x  1 dx 2 1 3x  11  c 3 1 c  33 x  1  iii   2 x  1dx   2 x  1 dx 1 2 2 2 x  1  c 32  3 1  2 x  12  c 3 1  2 x  1 2 x  1  c 3  3 2 Exercise 11D; 1bei, 2bcg, 4afh, 5cfi, 6ceh, 7bfil, 8*