Electric field at all possible points, Physics

Describe Guass law and measure electric field at all possible points due to

(i)  Charged Sphere (Hollow Sphere) (inside, outside and on the surface of the sphere)

(ii) Charged Sphere (Solid Insulator) (inside, outside and on the surface of the sphere)

(iii)Infinite large line charge

(iv)  Infinite long Cylinder ( Solid insulator) ( inside, outside and on the surface ) 

Posted Date: 3/29/2013 3:48:42 AM | Location : United States







Related Discussions:- Electric field at all possible points, Assignment Help, Ask Question on Electric field at all possible points, Get Answer, Expert's Help, Electric field at all possible points Discussions

Write discussion on Electric field at all possible points
Your posts are moderated
Related Questions
A balance trick Get a smooth metre stick and let it rest lightly on your two forefingers. Place your fingers near the ends of the stick and then move them in the direction of t

Define angle of repose Consider a body resting on a plane OA. Assume this plane OA is slowly raised from the horizontal position to incline it with the horizontal.


a particle of xkg pended by two light inextensible strings of AB and BC of lengths 8cm and 6cm respectively with the mass x attached to B. The end A and C are fixed at the same and

Consider a person having mass M and holding two balls every of mass m is at rest over a frictionless surface. Now the person throws one ball towards right direction with velocity "

A tunning fork produces 4 beats per second with another tunning fork of frequency 256 Hz. The first one is now loaded with a little wax and the beat frequency is found to enhance t

Are there three various qualities of fiber optics? Absolutely there are three different qualities of fibers optics. The raw materials used during the manufacture of fibers may

How do I find the momentum, velocities and energy of both vehicles as they leave the impact point, the energy transferred during the collision and the momentum and energy of the ve

State Gauss' theorem in electrostatics. Using this theorem, derive the expression for the electric field intensity at any point outside a uniformly charged thin spherical shell.

Q. Why the centre of Newton's rings pattern appears dark? The thickness of the air film becomes zero at the point of contact of lens L with glass plate P. Therefore there is no