transform the equation into Bessel equation











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$$frac{d}{dx} left(x^a frac{dy}{dx}right)+bx^h y=0$$



Show that equation can be transformed into a Bessel equation in terms of $t$ and $u$ by transforming both independent and dependent variables according to $t=AX^B$, $u=x^{c} y$ and need to find the general solution.










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  • Can you show us what you have attempted? Or what is interesting about this question? Usually questions posed with the tone "do this homework problem for me" are not well-received.
    – Mason
    Nov 19 at 18:56










  • i tried to solve it to check my answer where i found out the bessel form but im not sure if my answer is true and its depend on the other branches from the question
    – hussam al matarneh
    Nov 20 at 12:55

















up vote
-2
down vote

favorite












$$frac{d}{dx} left(x^a frac{dy}{dx}right)+bx^h y=0$$



Show that equation can be transformed into a Bessel equation in terms of $t$ and $u$ by transforming both independent and dependent variables according to $t=AX^B$, $u=x^{c} y$ and need to find the general solution.










share|cite|improve this question
























  • Can you show us what you have attempted? Or what is interesting about this question? Usually questions posed with the tone "do this homework problem for me" are not well-received.
    – Mason
    Nov 19 at 18:56










  • i tried to solve it to check my answer where i found out the bessel form but im not sure if my answer is true and its depend on the other branches from the question
    – hussam al matarneh
    Nov 20 at 12:55















up vote
-2
down vote

favorite









up vote
-2
down vote

favorite











$$frac{d}{dx} left(x^a frac{dy}{dx}right)+bx^h y=0$$



Show that equation can be transformed into a Bessel equation in terms of $t$ and $u$ by transforming both independent and dependent variables according to $t=AX^B$, $u=x^{c} y$ and need to find the general solution.










share|cite|improve this question















$$frac{d}{dx} left(x^a frac{dy}{dx}right)+bx^h y=0$$



Show that equation can be transformed into a Bessel equation in terms of $t$ and $u$ by transforming both independent and dependent variables according to $t=AX^B$, $u=x^{c} y$ and need to find the general solution.







differential-equations bessel-functions






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share|cite|improve this question













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edited Nov 19 at 18:52









Zvi

4,050328




4,050328










asked Nov 19 at 18:47









hussam al matarneh

1




1












  • Can you show us what you have attempted? Or what is interesting about this question? Usually questions posed with the tone "do this homework problem for me" are not well-received.
    – Mason
    Nov 19 at 18:56










  • i tried to solve it to check my answer where i found out the bessel form but im not sure if my answer is true and its depend on the other branches from the question
    – hussam al matarneh
    Nov 20 at 12:55




















  • Can you show us what you have attempted? Or what is interesting about this question? Usually questions posed with the tone "do this homework problem for me" are not well-received.
    – Mason
    Nov 19 at 18:56










  • i tried to solve it to check my answer where i found out the bessel form but im not sure if my answer is true and its depend on the other branches from the question
    – hussam al matarneh
    Nov 20 at 12:55


















Can you show us what you have attempted? Or what is interesting about this question? Usually questions posed with the tone "do this homework problem for me" are not well-received.
– Mason
Nov 19 at 18:56




Can you show us what you have attempted? Or what is interesting about this question? Usually questions posed with the tone "do this homework problem for me" are not well-received.
– Mason
Nov 19 at 18:56












i tried to solve it to check my answer where i found out the bessel form but im not sure if my answer is true and its depend on the other branches from the question
– hussam al matarneh
Nov 20 at 12:55






i tried to solve it to check my answer where i found out the bessel form but im not sure if my answer is true and its depend on the other branches from the question
– hussam al matarneh
Nov 20 at 12:55

















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