Solve the differential equation (dy/dx)² = 4y to verify the general solution curves and singular solution curve that are illustrated in Fig. 1.4.5. Then determine the points (a, b) in the plane for which the initial value problem (y')2 = 4y, y(a) = b has on some neighborhood of the point x = a, only finitely many solu- tions.

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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Solve the differential equation (dy/dx)² = 4y to verify the
general solution curves and singular solution curve that
are illustrated in Fig. 1.4.5. Then determine the points
(a, b) in the plane for which the initial value problem
(y')2 = 4y, y(a) = b has
on some
neighborhood of the point x = a, only finitely many solu-
tions.
Transcribed Image Text:Solve the differential equation (dy/dx)² = 4y to verify the general solution curves and singular solution curve that are illustrated in Fig. 1.4.5. Then determine the points (a, b) in the plane for which the initial value problem (y')2 = 4y, y(a) = b has on some neighborhood of the point x = a, only finitely many solu- tions.
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