Verify the identity. 1 + Cos a sin a %3D sin a - Cos a Multiply the numerator and denominator by a common value, and then simplify. 1 + cos a 1– cos(a) 1 + Cos a sin a sin a - Cos a 1- cos'a CoS (sin a)(1 cos a) Use a Pythagorean Identity, and then simplify. sin'a (sin a)(1 – cos a) sin(a) 1- cos(a)

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter7: Analytic Trigonometry
Section7.1: Verifying Trigonometric Identities
Problem 68E
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Verify the identity.
1 + Cos a
sin a
sin a
1-Cos d
Multiply the numerator and denominator by a common value, and then simplify.
1 + Cos a
1– cos (a)
1 + COs a
|
%3D
sin a
sin a
1 - cos a
1- cos a
COS
(sin a)(1
cos a)
Use a Pythagorean Identity, and then simplify.
sin'a
(sin a)(1 – cos a)
sin(a)
1- cos(a)
%3D
Transcribed Image Text:Verify the identity. 1 + Cos a sin a sin a 1-Cos d Multiply the numerator and denominator by a common value, and then simplify. 1 + Cos a 1– cos (a) 1 + COs a | %3D sin a sin a 1 - cos a 1- cos a COS (sin a)(1 cos a) Use a Pythagorean Identity, and then simplify. sin'a (sin a)(1 – cos a) sin(a) 1- cos(a) %3D
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