Recent content by rapwaydown

by the way, i don't think y' and y'' is needed here i divided the whole thing by 4x, then slove for the indicial, which are r=0,-.5 but i don't know what to do from this point on, i think i need to find the equation for cn, but don't know how. can you help

i don't know how to find y' and y'' im slef learning def.Q thanks for the reply tho.

well, i divided the whole thing by 4x, trying to get it to the general format, but it didnt work out.

the question is " find two linearly independent of frebenius series solutions for 4xy''+2y'+y=0" I try almost everything to slove this, but could't figure it any help is appercaited thank you

this explain why i spend like about 2 hours on 3 questions, and still can't figure out any of them, but you spend like a few minutes and sloved one of the questions. where do you teach?

its ok. thanks a lot csprof2000 im self learning this, so you will be surprise by how simple my questions are. they are easy for you, but not esay for me. im doing my best to get an overall knowledge of Differential Equations before i enter college. thanks again csprof2000. i have one...

yea, that is what the book suggest me to do, but i got stuck when trying to integrate both sides

oh, i guess your answer above is wrong. because i have the answer key, and it said the answer for this question should be y=[(x^(3/2)+c)]^2 Thank you alot. im self learning Differential Equations, i really appreciate your help.

is your answer the same as y=[(x^(3/2)+c)]^2

how to solve dy/dx=3√(xy) for a general solution? PS: √ is square root sign, just in case if it is not clear. Thank You