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Integrate the following
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Integrate the function
=
Let (3x+1) =t

Integrate the function
Let x3 = t
∴ 3x2dx = dt

Integrate the function
Let 2x = t
∴ 2dx = dt

Integrate the function
Let 2 − x = t
⇒ −dx = dt

Integrate the function
Let 5x = t
∴ 5dx = dt

Integrate the function
Let
So
+ c
where c is used for integration constant
Integrate the function
Let x3 = t
∴ 3x2dx = dt

Integrate the function

From (1), we obtain

Integrate the function
Let x3 = t
⇒ 3x2dx = dt

Integrate the function
Let tan x = t
∴ sec2x dx = dt

Integrate the function

Integrate the function

Integrate the function

Integrate the function

Integrate the function

Integrate the function

Equating the coefficients of x and constant term on both sides, we obtain
4A = 4 ⇒ A = 1
A + B = 1 ⇒ B = 0
Let 2x2 + x − 3 = t
∴ (4x + 1) dx = dt

Integrate the function

Equating the coefficients of x and constant term on both sides, we obtain

From (1), we obtain

From equation (2), we obtain
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Integrate the function

Equating the coefficient of x and constant term on both sides, we obtain




Substituting equations (2) and (3) in equation (1), we obtain

Integrate the function


Equating the coefficients of x and constant term, we obtain
2A = 6 ⇒ A = 3
−9A + B = 7 ⇒ B = 34
∴ 6x + 7 = 3 (2x − 9) + 34


Substituting equations (2) and (3) in (1), we obtain

Integrate the function

Equating the coefficients of x and constant term on both sides, we obtain


Using equations (2) and (3) in (1), we obtain

Integrate the function

Let x2 + 2x +3 = t
⇒ (2x + 2) dx =dt

Using equations (2) and (3) in (1), we obtain
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Integrate the function

Equating the coefficients of x and constant term on both sides, we obtain



Substituting (2) and (3) in (1), we obtain

Integrate the function

Equating the coefficients of x and constant term, we obtain


Using equations (2) and (3) in (1), we obtain

equals
A. x tan−1 (x + 1) + C
B. tan− 1 (x + 1) + C
C. (x + 1) tan−1x + C
D. tan−1 x + C

Hence, the correct answer is B.
equals
A. ![]()
B. ![]()
C. ![]()
D.

Hence, the correct answer is B.
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