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.
differential-equations bessel-functions
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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.
differential-equations bessel-functions
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
add a comment |
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.
differential-equations bessel-functions
$$frac{d}{dx} left(x^a frac{dy}{dx}right)+bx^h y=0$$
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
differential-equations bessel-functions
edited Nov 19 at 18:52
Zvi
3,835328
3,835328
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
add a comment |
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
add a comment |
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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