Verify that y=sinx is a solution to dx dy 2cos x-sin x+y and solve the 2 cosx differential equation using the initial condition y(0)=-1

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Exercise 2.7
dy 2cos x-
x-sin? x+y?
and solve the
Verify that =sinx is a solution to
dx
2 cosx
differential equation using the initial condition y(0)=-1
2. Solve the following;
i)
y' (1-x)y² +(2x-1)y-x; given solution y = 1
L y'=-y +xy+1; given solution y = x
ii)
y'=-8xy² +4x(4x +1)y-(8x +4x2 -1): given soln. y = x
Transcribed Image Text:Exercise 2.7 dy 2cos x- x-sin? x+y? and solve the Verify that =sinx is a solution to dx 2 cosx differential equation using the initial condition y(0)=-1 2. Solve the following; i) y' (1-x)y² +(2x-1)y-x; given solution y = 1 L y'=-y +xy+1; given solution y = x ii) y'=-8xy² +4x(4x +1)y-(8x +4x2 -1): given soln. y = x
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