please don't delete i don't have further info related to problem. its it.Dealingwithphysics said:Homework Statement
using Laplace principle find potential inside an uncharged spherical shell of finite width. shell is placed in an electric field E in z-axis direction.
Homework Equations
View attachment 217586 in this equation u is potential. equation is called 2-D Laplace’s equation.
The Attempt at a Solution
diagram which i picture in my mind is like as under.
[/B]
Dealingwithphysics said:3. The Attempt at a Solution
diagram which i picture in my mind is like as under.
Your image did not Upload correctly. As you know, we cannot provide tutorial help until you show us your best efforts to work the problem. Please try again to Upload a JPEG or PDF image of your work, or just type your work into the forum window using the math symbols under the sigma ∑ symbol, or use LaTeX (see the tutorial under INFO at the top of the page, Help/How-To). Thank you.Dealingwithphysics said:
Electrodynamics is the branch of physics that deals with the study of electromagnetic fields and their interactions with charged particles. It is based on Maxwell's equations, which describe how electric and magnetic fields are generated and how they influence each other.
Potentials in Electrodynamics refer to the electric and magnetic potential fields, which are scalar and vector quantities, respectively. They are used to describe the strength and direction of the electric and magnetic fields at a given point in space. The potential fields are related to the electric and magnetic fields through mathematical equations.
A spherical uncharged shell is a hypothetical object in electromagnetism that has no net charge and has a spherical shape. This means that the electric field inside the shell is zero, and there is no electric force on any charged particles inside the shell. However, the electric field outside the shell can still be affected by the distribution of charges on the surface of the shell.
A spherical uncharged shell does not affect the electric potential inside the shell, as the electric field is zero. However, the shell can have an effect on the electric potential outside the shell. If the shell has a uniform distribution of charge on its surface, it can create a constant electric potential on the outside. If the shell has a non-uniform distribution of charge, the electric potential outside will vary depending on the location.
Electrodynamics and Potentials have numerous real-world applications, including electromagnets used in motors and generators, electromagnetic radiation used in communication technology, and the study of electric fields in living organisms. They also play a crucial role in understanding and predicting phenomena such as lightning, auroras, and the behavior of charged particles in space.
