Compute Cos (x + k ) cos a dx by using substitution technique where k is a constant. [Hint: cos(A± B) = cos A cos B 7 sin A sin B] k (x cos k + In(cos x) sin k) + C x cos k – In(cos x) sin k + C ............... ..... ...... x cos k + In(cos x) sin k + C x cos k + In(cos x) + C ............

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.5: The Kernel And Range Of A Linear Transformation
Problem 30EQ
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Cos
Compute
dx by using substitution technique where k is a
cos x
constant.
[Hint: cos (A+ B) = cos A cos B 7 sin A sin B]
k (x cos k + In(cos x) sin k) +C
x cos k – In(cos x) sin k + C
..... ....
..... .....
x cos k + In(cos x) sin k + C
x cos k + In(cos x) + C
............
Transcribed Image Text:Cos Compute dx by using substitution technique where k is a cos x constant. [Hint: cos (A+ B) = cos A cos B 7 sin A sin B] k (x cos k + In(cos x) sin k) +C x cos k – In(cos x) sin k + C ..... .... ..... ..... x cos k + In(cos x) sin k + C x cos k + In(cos x) + C ............
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