| 1+sinx | ||
∫ | ex dx | |
| 1+cosx |
| 1+sin(x) | 1+sin(x) | |||
∫ | exdx= | ex− | ||
| 1+cos(x) | 1+cos(x) |
| cos(x)(1+cos(x))−(−sin(x))(1+sin(x)) | ||
∫ | exdx | |
| (1+cos(x))2 |
| 1+sin(x) | 1+sin(x) | |||
∫ | exdx= | ex− | ||
| 1+cos(x) | 1+cos(x) |
| cos(x)+cos2(x)+sin(x)+sin2(x) | ||
∫ | exdx | |
| (1+cos(x))2 |
| 1+sin(x) | 1+sin(x) | |||
∫ | exdx= | ex− | ||
| 1+cos(x) | 1+cos(x) |
| 1+cos(x)+sin(x) | ||
∫ | exdx | |
| (1+cos(x))2 |
| 1+sin(x) | 1+sin(x) | |||
∫ | exdx= | ex− | ||
| 1+cos(x) | 1+cos(x) |
| ex | −sin(x) | |||
∫ | +∫ | exdx | ||
| 1+cos(x) | (1+cos(x))2 |
| 1+sin(x) | 1+sin(x) | |||
∫ | exdx= | ex− | ||
| 1+cos(x) | 1+cos(x) |
| ex | ex | ex | ||||
∫ | dx− | +∫ | ||||
| 1+cos(x) | 1+cos(x) | 1+cos(x) |
| 1+sin(x) | 1+sin(x) | ex | ||||
∫ | exdx= | ex− | +C | |||
| 1+cos(x) | 1+cos(x) | 1+cos(x) |
| 1+sin(x) | sin(x) | |||
∫ | exdx= | ex+C | ||
| 1+cos(x) | 1+cos(x) |
| −sinx | ex | ex | ||||
∫ | ex= − | + ∫ | ||||
| (1+cosx)2 | 1+cosx | 1+cosx |
| −sin(x) | ||
du = | dx v = ex | |
| (1+cos(x))2 |
| 1 | ||
u = − | dv = exdx | |
| 1+cos(x) |