If a function y(x) can be expressed as the ratio cg(x) + G(x) cf(x) + F(x) y = where c is a constant and g, G, ƒ and F are differentiable functions of x, by eliminating the constant c from this equation and its first derivative, show that y satisfies a Riccati equation.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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If a function y(x) can be expressed as the ratio
cg(x) + G(x)
cf(x) + F(x)
y =
where c is a constant and g, G, ƒ and F are differentiable functions of x, by eliminating
the constant c from this equation and its first derivative, show that y satisfies a Riccati
equation.
Transcribed Image Text:If a function y(x) can be expressed as the ratio cg(x) + G(x) cf(x) + F(x) y = where c is a constant and g, G, ƒ and F are differentiable functions of x, by eliminating the constant c from this equation and its first derivative, show that y satisfies a Riccati equation.
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