An infinite cylinder is a theoretical object with no end or edge, extending infinitely in all directions. It has a uniform shape and can be described by its radius and length.
"Electric field inside void" refers to the electric field that exists within an empty space or void inside the infinite cylinder. This term is often used in physics problems to describe the electric field in a specific region of space.
To solve for the electric field inside a void in an infinite cylinder, you can use the Gauss's law, which states that the electric field at a point is equal to the charge enclosed by a surface surrounding that point divided by the permittivity of the medium. In this case, the enclosed charge would be the charge of the infinite cylinder outside the void.
The electric field inside the void of an infinite cylinder is affected by the charge of the cylinder, the distance from the center of the cylinder to the void, and the permittivity of the medium. It is also affected by any other charges or conductors present in the surrounding space.
Yes, the electric field inside the void of an infinite cylinder can be zero if the charge of the cylinder is evenly distributed and the distance from the center of the cylinder to the void is large enough. In this case, the electric field would be cancelled out by the electric field of the surrounding charges.