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Evaluate the integral.[0,pi/4]∫( sec(t)tan(t)+ tcos(2t)j+

Evaluate the integralinterval from [0 to pi] t sin(3t)dt Use integration by parts u=t and dv=sin(3t)dt. then du=dt and
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2. asked by Vicky
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Evaluate the integral.[0,pi/4]∫( sec(t)tan(t)+ tcos(2t)j+ ((sin(2t))^2) *(cos(2t))k) dt
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1. Express the given integral as the limit of a Riemann sum but do not evaluate:integral[0 to 3]((x^3 - 6x)dx) 2.Use the
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2. asked by Ernie
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Evaluate the integral: 16csc(x) dx from pi/2 to pi (and determine if it is convergent or divergent).I know how to find the
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2. asked by Sam
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Evaluate the integral: 16csc(x) dx from pi/2 to pi (and determine if it is convergent or divergent).I know how to find the
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2. asked by Sam
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a) Let f(z) = z^2 and γ(t) = 1 + it^3, t ∈ [0,1].i) Write out the contour integral ∫γ f(z)dz as an integral with respect
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2. asked by jack
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Perform long division on the integrand, write the proper fraction as a sum of partial fractions, and evaluate the integral:(inte
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evaluate the following integral using trigonometric substitution.integral (dx)/(square root 289-x^2)) Rewrite given interval
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2. asked by D
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Sketch the region given by the definite integral. Use geometric shapes and formulas to evaluate the integral (a > 0, r > 0).r
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2. asked by Ray
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1. Evaluate the given integral by making an appropriate change of variables, where R is the region in the first quadrant bounded
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