Problems For Problems 9 − 12 , determine two linearly independent power series solutions to the given differential equation centered at x = 0 . Give a lower bound on the radius of convergence of the series solutions obtained. ( x 2 − 3 ) y ″ − 3 x y ′ − 5 y = 0 .
Problems For Problems 9 − 12 , determine two linearly independent power series solutions to the given differential equation centered at x = 0 . Give a lower bound on the radius of convergence of the series solutions obtained. ( x 2 − 3 ) y ″ − 3 x y ′ − 5 y = 0 .
For Problems
9
−
12
, determine two linearly independent power series solutions to the given differential equation centered at
x
=
0
. Give a lower bound on the radius of convergence of the series solutions obtained.
(
x
2
−
3
)
y
″
−
3
x
y
′
−
5
y
=
0
.
With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.
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