135. Evaluate sin x sin x + cos x sin x dx in two ways: dx, then using the Evaluation a. By evaluating sin x + cos x Theorem. - b. By showing that f(x) dx = f ƒ (a = x) dx, then using this result.

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A: I have stated the used formulas in the solution.

Q: Assume b + 0 and compute -4 tan- (bx + c) dx . Your answer should be in terms of b and c. -4 tan-…

A: Given: ∫-4tan-1bx+cdx

Q: 48. Simplify a. 1/cos x b. 1/secx c. 1/tan x d. 1/sin x 1 sin³ x col² x sin x

A:

Q: Q2/plot the radiation pattern u (0, p)= Sine cosp in coordinate XY, XZ With illustration on the…

A: To plot the radiation pattern u(0, 0) = Sine cosp, we need to first understand the equation and its…

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A:

Q: Use the method of substitution to evaluate | 2x cos x? dx.

A:

Q: Is the function f(x)=sin(3x)+cos(tan x) even, odd, or neither? Why?

A: Recall: A function f(x) is even if  f(x) =f(-x). A function f(x) is odd if f(x)=-f(-x)

Q: -1 Let f(x) = (3 sin z + 4 cos z)tan f'(x) = %3D

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A:

Q: 3. Evaluate f x sin2 (x²) dx.

A: Given I=∫x sin2x2 dx To Find I

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A:

Q: PLS HELP ASAP ON ALL ASKED QUESTIONS

A: The detailed solution is provided below.Explanation:

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A:

Q: 1. Evaluate dx sec2 x (a) Ja(x+ 4) (b) A. dx V1- tan?x VT(x + 4)

A: