Given an ODE of the form

a regular singular point

is one such that

or

diverge as

, but the limits of

and

as

exist.
We have for

,

and as

, we have

and

, so indeed

is a regular singular point.
We then look for a series solution about the regular singular point

of the form

Substituting into the ODE gives




From this we find the indicial equation to be

Taking

, and in the

term above we find

. So we have

Since

, all coefficients with an odd index will also vanish.
So the first three terms of the series expansion of this solution are

with

,

, and

.
Answer:
2 pls give me brainliest im about to level up
Step-by-step explanation:
I would say the answer is d
Sorry if I’m wrong
Answer:
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Answer: 3 1/4, 12(7-3), 2-0.5
Expressions are equations that aren’t solved. If there isn’t an equal sign then most likely it’s an expression