S dz zlnz (Inz)²-1 Select one: O A. Q B. O C. Q D. arcsec(Inx) + C arcsin(lnx) + C arccot(Inx) + C arctan(Inx) + C

Q: ex-Arcsin√x

A:

Q: Evaluate

A:

Q: write as a simplified expression csc[arcsin(3/5)+arctan(12/5)]

A: Rewrite the expression using the identity csc A=1sin A. 1sinsin-135+tan-1125

Q: S(1+secx)³dx

A:

Q: Comvert to retangular coodinates. Use exct values.

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Q: fon'x secx .dx

A:

Q: t.

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Q: Evaluate sin2xlogtanx dx 0.

A: We will evaluate the definite intrgral as following.

Q: Evaluate tan (7x +1) sec³(7x +

A: Given that: ∫tan5(7x+1).sec3(7x+1)dx

Q: Solve. Sin[arccos(-2/3)+arcsin1/4]

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Q: Pindy 5- Co SX

A:

Q: Find dey if 2:t - t' ond y:t-t". dx

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Q: 5x3 b. y = %3D x3-sin x

A:

Q: please asnwr

A: The given integral is ∫x31-x2dx. We have to evaluate the given integral. Here we use the integration…

Q: A skier skied on a circular trail, starting at the position (2.5, 0) on the circle and ended at the…

A:

Q: Find if sin x +1= cos y

A: Given,           sinx+1=cosy

Q: Se -2x sin 2xdx

A:

Q: S(arcsin 2x)²dx

A: Given that a integration of (arcsin2x)2. We solve this integration by using general formula of the…

Q: 6. Evaluate the following integrals. 1/4 (2) [¹ sec³ πt dt

A: 6. ∫014sec3πt dt Note:    Multiple questions are given, we are answer with only one question.

Q: Find an approximate value for arctan0,95.

A: Take  Now differentiating f(x) with respect to x, we get

Q: T/2 X dx tan 2 33.

A: We have to find out integral

Q: Evaluate 3 L, cos¹ (2+1) dr. -1

A: l have given the answer in the next step. Hope you understand that