4. (a) Prove the reduction formula: tan?n-1 (2r) _ [ tann-2 (2r) dr 4n- 2 tan" (2.r) dr (b) The reduction formula is a recurrence relation given by 1.= fun tan" (20) da and lo = / tan? (20) da Evaluate Io with integration. (c) Now find Is using recursion from (b). Do not integrate in this step, integration will result in no marks for this part.

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter7: Analytic Trigonometry
Section7.3: The Addition And Subtraction Formulas
Problem 79E
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4. (a) Prove the reduction formula:
tan?n-1 (2r)
| =
tan?" (2x) dæ
tann-2 (2x) de
4n - 2
(b) The reduction formula is a recurrence relation given by
In = / tan" (2r) dar and lo = / tan20 (20) du
Evaluate Io with integration.
(c) Now find I using recursion from (b). Do not integrate in this step,
integration will result in no marks for this part.
Transcribed Image Text:4. (a) Prove the reduction formula: tan?n-1 (2r) | = tan?" (2x) dæ tann-2 (2x) de 4n - 2 (b) The reduction formula is a recurrence relation given by In = / tan" (2r) dar and lo = / tan20 (20) du Evaluate Io with integration. (c) Now find I using recursion from (b). Do not integrate in this step, integration will result in no marks for this part.
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