Write a first order differential equation, y'=f(x,y), such that the tangent at the point (x,y) of a solution y(x), intersects the x-axis at (x/2, 0) for x>0 and y>0. Solve the resulting equation for the initial value y(a)=1

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Write a first order differential equation,
y'=f(x,y), such that the tangent at the point (x,y)
of a solution y(x), intersects the x-axis at (x/2, 0)
for x>0 and y>0. Solve the resulting equation for
the initial value y(a)=1
Transcribed Image Text:Write a first order differential equation, y'=f(x,y), such that the tangent at the point (x,y) of a solution y(x), intersects the x-axis at (x/2, 0) for x>0 and y>0. Solve the resulting equation for the initial value y(a)=1
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