sin? Cos dx 2

Q: sin x dx T, what is sin 0 de? 4 TT

A: Given condition is

Q: 3. cos? (z) sin“ (2) dz

A: Given, The integral is,

Q: 1. Evaluate √2 √4x² dx using a trigonometric substitution.

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Q: snip

A: The given identity sinθcosϕ2+sinθsinϕ2+cos2θ=1

Q: Use the method of substitution to evaluate 2x cos x2 dx. sin x? + c 2 - sin x? + c sin x? + c - sin…

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Q: D?/if w= Cos (X+y)+Sin (X-y) Show that

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Q: sin x =dx V6 cos x – cos? x – 2

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Q: + sin? x sec? xdx, 1.

A: Since you have asked multiple question, as per our guidelines we are supposed to answer only one…

Q: Use the triangle below to find sin 0. V5

A: First of all we will use Pythagoras theorem to find the third side of the triangle. Then you will…

Q: Find the exact value of the trigonometric expression given that sin(u) = - where 31/2 < u < 2n, and…

A: Given that

Q: Using Euler's formula, find | sin(nx) sin(mx) dx where m and n are integer numbers.

A: Here we use Euler's formula to reduce the given Integral part into the separate trigonometric…

Q: Evaluate S cos ve Vē sin? ve

A: consider I=∫cosθθ sin2θdθto solve the itegral we can use method ofsubstitution

Q: sin' x dx

A:

Q: sin x (cos x + 4) dx 1+cos?x

A: Solution:

Q: 1 dt sin? tv1 – 9 cot² t sin²

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Q: Show that 7 sin? ædx L' cos? ædx

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Q: 20. sin? x cos? x dx

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Q: 꺼니 Sin (t) dt Cos? CE)

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Q: 102 /sin?xcos (2x)dx

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Q: Find the exact value of the trigonometric expression given that sin(u) = -, where 37/2 < u < 27, and…

A: Given: sin(u)=-35             cos(v)=1517

Q: 디/2 Evaluate using Wallis' Formula: sin5 x cos x dx

A: Use Wallis formula.

Q: Find the angle 0 between w = cos 플 i+ sin푸 7 cos플 i + sin and %3D

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Q: 3 + In?x dx

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Q: 22. Determine sin? y cos® y dy

A: Note that the reduction formula for ∫0π2cosnx dx=n-1nn-3n-2...231, if n is oddn-1nn-3n-2...12π2, if…

Q: 3. Using the fact that sin 2a = 2 sin a cos a, and the fact that 0 = 2a, rewrite the area of the…

A: As per our guidelines we can answer only 1 question so kindly repost the remaining questions…

Q: Evaluate va 3 cos a sin x dx. + C

A: To find: The value of integral ∫cosxsin3xdx. Formula used: The trigonometric relation is…

Q: • TT 2. sin? cos' –dx 2

A: Given ∫0πsin2(x2)cos7(x2)dx

Q: |sin(l nx)dx = ? %3D

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Q: evaluate the integral.

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Q: ) Calculate sin?x cos x dx

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Q: sin? cos' dx 2.

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Q: Find the exact value of the trigonometric expression given that sin(u) = - where 37/2 <u< 2x, and…

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Q: 16. Determine So sin x cos x dx

A: First simplify then integrate

Q: Given that sin (x) dx -TT, what is 8. sin (0) de? %3D

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Q: | sin r cos“ rdr

A: Given : ∫sin5xcos4xdx

Q: Find all angles v between −π and π for which 2 √3 *sin(v)+2 cos(v)=2

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Q: Find the exact value of the trigonometric expression given that  sin(u) = -3/5, where 3π/2 &lt; u…

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Q: 5. [ sinxcos^xdx

A: Use necessary identities.

Q: 7. Find the angle for sin V2

A: Since you have asked multiple question, we will solve the first question for you. If you want any…

Q: Find the root of ( fata Sin(os(e!)

A: To find the root of the equation, we need to put our equation equal to 0. Put F(x)=0

Q: Find the exact value of the trigonometric expression given that sin(u) = - =, where 37t/2 < u < 27,…

A: According to trigonometric formula sin(u+v)=sin u cos v +sin v cos u . Also value of sin2u+cos2u is…

Q: cot a In(sin r) dr "/2

A: We know that integration of xn is xn+1/n+1. We know that : cosx/sinx= cotx.   Here i attached…

Q: find dp/ dq. sin q + cos q = cos q

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Q: Evaluate sin' x cos x dæ. x dx. Answer:

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Q: SI A Qadrant II, what 4. %3D GIven that tan (t) = and is in

A: Given  tanθ=34           θ is in QIII

Q: Using trigonometric substitutions, S xv16 - 16 dx is equal to: - x2

A: Since you have asked multiple question,as per our guidelines we are supposed to answer only one…

Q: derivation is required

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Q: Use a right triangle to simplify the given expression as shown. Assume x 7 0.

A: Given that sinϕsec-1ϕx2+164. That is, secϕ=x2+164ϕ=sec-1x2+164

Q: S(1 + cot²x) tan x dx

A: Given ∫1+cot2x tanx dx It is simplified as follows: ∫1+cot2x tanx dx=∫1+1tan2x tanx dx=∫tan2x+1tan2x…

Q: (b) /(cos æ)* sin a da

A: