Find the general solution of the differential equation: (1 + cos(x))y' - (sin(x))y= 2x 2x Step zero, the standard form of the equation is: y' + + (-₁ sin(x) 1+ cos(x), 2 (2)) v = 1 + cos(x) First real step, determine the integrating factor Integrating factor = Second, multiply both sides by the integrating factor. Third, rewrite the equation in the form [f(x, y)]' = g(x) f(x, y) = g(x) = Lastly, integrate to determine the general solution to the equation, using c for your constant of integration: y =

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
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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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Find the general solution of the differential equation: (1 + cos(x))y' - (sin(x))y = 2x
2x
Step zero, the standard form of the equation is: y' +
(
sin(x)
- cos(x),
5) ₂
1 + cos(x)
First real step, determine the integrating factor
Integrating factor =
Second, multiply both sides by the integrating factor.
Third, rewrite the equation in the form [f(x, y)]' = g(x)
f(x, y) =
g(x) =
Lastly, integrate to determine the general solution to the equation, using c for your constant of
integration:
y =
A
Oll
#3
e
с
$
4
r
%
5
t
>
6
1+
∞87
&
7
* CO
8
9
Transcribed Image Text:Find the general solution of the differential equation: (1 + cos(x))y' - (sin(x))y = 2x 2x Step zero, the standard form of the equation is: y' + ( sin(x) - cos(x), 5) ₂ 1 + cos(x) First real step, determine the integrating factor Integrating factor = Second, multiply both sides by the integrating factor. Third, rewrite the equation in the form [f(x, y)]' = g(x) f(x, y) = g(x) = Lastly, integrate to determine the general solution to the equation, using c for your constant of integration: y = A Oll #3 e с $ 4 r % 5 t > 6 1+ ∞87 & 7 * CO 8 9
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