Question
Write out your steps to show that the derivative of the function 1/8{32sin(2)+1/4sin(4)} really is the function sin^4(). How could you generalize this method to
Write out your steps to show that the derivative of the function
1/8{32sin(2)+1/4sin(4)} really is the function sin^4().
How could you generalize this method to find antiderivatives for other powers of sin?
Can you now find antiderivatives for products of powers like
sin^k()cos^m()?
Explain carefully, and make sure to be explicit about conditions on k and m for your explanation to make sense.
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Algebra
Authors: Margaret L Lial, John E Hornsby, Terry McGinnis
10th Edition
0321900405, 9780321900401
