| sec* x tan x dx

Q: Evaluate the definite integral 3 10 sin (z)dz

A: To solve the definite integral. Ans=5

Q: Evaluate the definite integral. 1/2 (sin x)19 dx dx Jo

A: Explanation of the answer is as follows

Q: Find the indefinite integral.

A: I  = ∫x sin (3x2) dx          ut    3x2 = t                6x dx = dt              xdx = dt6

Q: Evaluate the definite integral 8 sin(x)dx

A:

Q: Which among the following definite integrals is eq f(x)dx -1 (x)dz ?

A:

Q: Evaluate the definite integral

A:

Q: Find the indefinite integral.

A: According to power rule of integration .

Q: Evaluate the definite integral |(3xe¯*)dx

A:

Q: Evaluate the definite integral 6 sin(x)dx

A:

Q: Evaluate the definite integral. dx

A: Use the substitution method and solve the integration.

Q: L( +3x – 4)dx

A:

Q: Evaluate the definite integral

A:

Q: Evaluate the indefinite integral; f cos x sin x dx

A:

Q: Evaluate the indefinite integral. 4 tan°(x) sec*(x) dx

A:

Q: Evaluate the definite integral.

A: The given integral i∫-π4π4x3+x4tanxdx

Q: Find the indefinite integral ∫π sin πx dx

A: we have to find the integral ∫πsinπxdx

Q: Evaluate the definite integral. 1 + 7x dx

A:

Q: Use familiar area formulas to evaluate the definite integral.

A: Given information: definite integral ∫341-x-32dx

Q: Evaluate the indefinite integral: ∫sec x tan x dx

A: Given indefinite integral is ∫secxtanxdx

Q: Evaluate the definite integral. ∫0 π/2  Cos x Sin (Sinx) dx

A:

Q: Evaluate the definite integral. e 3 dz

A:

Q: Evaluate the definite integral. ec (x) tan (x) dx : sec 0.

A: ∫secxtanx=secx

Q: Evaluate the indefinite integral.

A: Consider the given integral I=∫sec3x·tanx dx

Q: Find the indefinite integral. ∫(x3 sin x)dx

A: Solution -  Given Integral -  y = ∫x3sinxdxIntegrating by parts, the formula is - ∫uvdx =…

Q: 4) S 2 sin x dx

A: We can find the integration and check it as below

Q: Evaluate the definite integral. (9+ sin x) dx

A:

Q: Evaluate the indefinite integral. (tan- x) dx = || 1+x?

A: Given integral is ∫tan-1x51+x2dx

Q: Use the definition of the definite integral (page 378) to find the exact value of -3 the definite…

A:

Q: 1-sin 2x dx 2 x-sin x

A: Since you have asked multiple question As per our policy, we will solve the first question for you.…

Q: Evaluate the definite integral. x/2 -(sin x)13 dx dx

A: Given ∫0π/2ddx(sinx)13dx We have to evaluate the integral between 0 to π2

Q: Evaluate the indefinite integral.

A:

Q: 3/8 x sinx dx 5+x° 18

A: using the concept of even and odd function we calculate the above integral

Q: Evaluate the definite integral: 4 dz

A: Evaluating the definite integral

Q: Evaluate the definite integral In 4 tanh x dx

A: To calculate the value of the definite integral involving hyperbolic functions

Q: Evaluate the definite integral. 10 2 dx =

A: Evaluate:I=∫210x+12x2dx                                  =I (say)

Q: Use familiar area formulas to evaluate the definite integral.

A: Given, ∫24(2x-3)dx

Q: Find the indefinite integral C sec x tan x +3 sec x) dx.

A:

Q: Find the indefinite integral ∫ sin x/(1 + cos x)   dx

A:

Q: S sin(2x) dx

A:

Q: Find the indefinite integral ∫(tan x)[ln(cos x)]     dx

A: Given ∫tanxlncosxdx

Q: Find the indefinite integral. ∫sec x tan x/ (sec x − 1) dx

A: Given:∫secx tanxsecx-1 dx

Q: Evaluate the indefinite integral. + 10 sec? x) dx

A: We have to solve

Q: Evaluate the definite integral.

A:

Q: 1+7x dx

A:

Q: Evaluate the definite integral. 2 dz

A:

Q: Evaluate the definite Integral 6 Sin (x) dx

A:

Q: Evaluate the indefinite integral 1 sec (x) tan(x) dx +C

A: Given,

Q: Use familiar area formulas to evaluate the definite integral.

A:

Q: evaluate the indefinate integral

A: Evaluate indefinite integral.

Q: Evaluate the definite integral by choosing the appropriate substitution. You must show your work.…

A: