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Integrate the functions.$$\sin (a x+b) \cos (a x+b)$$
01:34
Suman Saurav T.
Calculus 2 / BC
Chapter 7
Integrals
Section 2
Integration as an Inverse Process of Differentiation
Integration Techniques
Campbell University
Oregon State University
Idaho State University
Boston College
Lectures
01:53
In mathematics, integratio…
27:53
In mathematics, a techniqu…
01:04
Find the indefinite integr…
00:33
01:27
Use substitution to find t…
01:22
02:56
Evaluate the integral.…
03:14
Finding Constants Determin…
01:52
Evaluate the following int…
00:27
Evaluate the indefinite in…
04:50
Use basic integration form…
00:56
00:35
00:25
Find the following indefin…
03:29
Evaluate the integral.
00:43
Determine the following in…
00:28
Find the general antideriv…
01:08
01:42
00:51
02:33
in this question we are required to find the integral of sine A. X plus B multiplied with because A X plus B. So let us write the it's here and the end eagles in here. We will meet the substitution sign A X plus B is equal to P. Now differentiating both sides we get of course A X plus B multiplied with the in different shell of A X. Which will be A. The eggs will be equal to B. P. So from here we can see that cause A X plus B. The X is equal to D. T. Divided by eight. Making the substitution in the integral. We right in the runoff B. Bp and we can write divided by A. Since it is a constant we can take it outside and right integral of DDT. This will be equal to one divided by a P square divided by two plus a constant of integration capital C. Now let us substitute the value of the back in this expression. To get the final answer as sign square A X plus B divided by two E. Plus capital C. This will be the final answer.
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