en the following differential equation: y" + 4y tan? 2x Using the method of variation of parameters, which of the following equations result after the proposed particular solution is substituted to the given differential equation?

Calculus: Early Transcendentals
8th Edition
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Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Given the following differential equation:
y" +4y = tan 2x
Using the method of variation of parameters, which of the following equations result
after the proposed particular solution is substituted to the given differential equation?
O A' (x) cos x + B' (a) sin x = 0
- A' sin x + B' (x) cos x =
tan
O A' (r) cos 2x + B' (x) sin 2x
2.
-2A' (x) sin 2x + 2 B' (x) cos 2r
tan 2x
O A' (x) cos 2x + B' (x) sin 2x 0
2A' (x) sin 2x
2 B' (x) cos 2x
tan 2x
O A' (x) cos 2x + B' (x) sin 2x 0
-A' (x) sin 2x + B' (x) cos 2x
tan? 2x
Transcribed Image Text:Given the following differential equation: y" +4y = tan 2x Using the method of variation of parameters, which of the following equations result after the proposed particular solution is substituted to the given differential equation? O A' (x) cos x + B' (a) sin x = 0 - A' sin x + B' (x) cos x = tan O A' (r) cos 2x + B' (x) sin 2x 2. -2A' (x) sin 2x + 2 B' (x) cos 2r tan 2x O A' (x) cos 2x + B' (x) sin 2x 0 2A' (x) sin 2x 2 B' (x) cos 2x tan 2x O A' (x) cos 2x + B' (x) sin 2x 0 -A' (x) sin 2x + B' (x) cos 2x tan? 2x
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