Verify that if k is a constant, then the function y(x) = kx satisfies the differential equation xy' = y for all x. Con- struct a slope field and several of these straight line so- lution curves. Then determine (in terms of a and b) how many different solutions the initial value problem xy' = y, y(a) = b has-one, none, or infinitely many.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Verify that if k is a constant, then the function y(x) = kx
satisfies the differential equation xy' = y for all x. Con-
struct a slope field and several of these straight line so-
lution curves. Then determine (in terms of a and b) how
many different solutions the initial value problem xy' = y,
y(a) = b has-one, none, or infinitely many.
Transcribed Image Text:Verify that if k is a constant, then the function y(x) = kx satisfies the differential equation xy' = y for all x. Con- struct a slope field and several of these straight line so- lution curves. Then determine (in terms of a and b) how many different solutions the initial value problem xy' = y, y(a) = b has-one, none, or infinitely many.
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