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Integrals Involving Trig Functions - Integration techniques
In this part we are going to come across at quite a few integrals that are including trig functions and few methods we can use to help us evaluate them. Let us start off along with an integral that we should previously be capable to do.
∫ cos x sin5 x dx = ∫ u5 du by using the substitution u = sin x
= 1/6 sin6 x+c
This integral is extremely easy to do along with a substitution as the existence of the cosine, although, what about the following integral.
what is the Laplace transform of e^9(-t)^a)
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Find the area of shaded region, if the side of square is 28cm and radius of the sector is ½ the length of side of square.
Determine if the subsequent series is convergent or divergent. Solution As the cosine term in the denominator doesn't get too large we can suppose that the series term
What lines are invariant under the transformation [(103)(01-4)(001)]? I do not know where to even begin to solve this. Please help!!
Carmen bought 3 pounds of bananas for $1.08. June paid for her purchase of bananas. If they paid the same price per pound, how many pounds did June buy?
do we calculate midpoints from classes or from class boundaries
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