Find the field in the vicinity of a disk without introducing any assumptions period. It's easier to do the integrals to find the potential, from which the field is trivial. I have this for a ring but I'm looking for it for a disk. I can't get past the integral of the elliptic integral. Yes yes, you can get hyper-geometry functions for this, but it's not so easy with the more complicated form from the ring charge distribution.
@25joao2007 Yes it will be .001m, Z is just the distance between the center of the disk to the point were we are measuring electric field. Good Question :)
Find the field in the vicinity of a disk without introducing any assumptions period. It's easier to do the integrals to find the potential, from which the field is trivial. I have this for a ring but I'm looking for it for a disk. I can't get past the integral of the elliptic integral. Yes yes, you can get hyper-geometry functions for this, but it's not so easy with the more complicated form from the ring charge distribution.
zassounotsukushi 8 months ago
Hey, how do you find Z for the first long equation on this video? Will it be .001m? Thanks
25joao2007 9 months ago
@25joao2007 Yes it will be .001m, Z is just the distance between the center of the disk to the point were we are measuring electric field. Good Question :)
McRitchiePhysics 9 months ago