Inverse Trigonometric Functions: Integration Lesson 5.8

Review Recall derivatives of inverse trig functions

Integrals Using Same Relationships When given integral problems, look for these patterns

Identifying Patterns For each of the integrals below, which inverse trig function is involved?

If they are not, how are they integrated? Warning Many integrals look like the inverse trig forms Which of the following are of the inverse trig forms? If they are not, how are they integrated?

Try These Look for the pattern or how the expression can be manipulated into one of the patterns

Completing the Square Often a good strategy when quadratic functions are involved in the integration Remember … we seek (x – b)2 + c Which might give us an integral resulting in the arctan function

Completing the Square Try these

Rewriting as Sum of Two Quotients The integral may not appear to fit basic integration formulas May be possible to split the integrand into two portions, each more easily handled

Basic Integration Rules Note table of basic rules Page 364 Most of these should be committed to memory Note that to apply these, you must create the proper du to correspond to the u in the formula

Assignment Lesson 5.8 Page 366 Exercises 1 – 39 odd 63, 67