Complete the steps by applying trig identities to show that the left hand side of the equation is equivalent to the right hand side. sin cus tan cos z Steps: sin cos tan a cos z sin z cos 1 sin cos # (Cus z + sin a) 1 cot a Cos cot I tan a sin a Nin 1 cot a 1 cot a cot a cos Hil sin rens +sina sin z(cos a+1) COs cus cus cus Next 00

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter1: Fundamental Concepts Of Algebra
Section1.2: Exponents And Radicals
Problem 90E
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3:57
过为义插_ 21% 圈
illeenisd.schoology.com
30
April 28: Practice 2
1 of 5
Complete the steps by applying trig identities to show
that the left hand side of the equation is equivalent to
the right hand side.
sin cos
tan
cos' z
Steps:
sin cos
Tan
tati
cos z
sin z cos
1 sin z cos 2
(cos z+ sin r)
1
cot
# cot . CUS Z
sim
sin
sim
sin r
1
sin r
sin +
%23
sin a
1 cot a-
I cot r. cot a
tan a
bi a
cos
sin z
1+
Si (cos +t1)
cus +1
sin rens r+sin z
Cos
cus
cuS T+1
Next
II
+
Transcribed Image Text:3:57 过为义插_ 21% 圈 illeenisd.schoology.com 30 April 28: Practice 2 1 of 5 Complete the steps by applying trig identities to show that the left hand side of the equation is equivalent to the right hand side. sin cos tan cos' z Steps: sin cos Tan tati cos z sin z cos 1 sin z cos 2 (cos z+ sin r) 1 cot # cot . CUS Z sim sin sim sin r 1 sin r sin + %23 sin a 1 cot a- I cot r. cot a tan a bi a cos sin z 1+ Si (cos +t1) cus +1 sin rens r+sin z Cos cus cuS T+1 Next II +
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