Electrostatics

What would be the ratio of electric flux through a spherical surface surrounding only one out of four equally spaced identical positive point charges to that through a larger concentric spherical surface encompassing all four?

What does an electric field inside a parallel plate capacitor primarily depend on?

What happens to the electric field strength as you move further away from an isolated point charge?

Given four point charges forming vertices ABCD in square configuration AB=BC=CD=DA=q others p=-0 q calculate force exerted charged particle located just outside square mid-way AB CD axis

What is the electric potential energy of two point charges $q_{1} = 2 , \mu C$ and $q_{2} = 3 , \mu C$ that are 0.5 m apart in a vacuum?

Consider a point charge Q placed at the origin and a point P located at a distance R from it. What expression accurately describes the magnitude of the electric field, E, at point P and its direction?

If an electron experiences an electric potential difference $V$ while moving from point A to B, what can we say about its kinetic energy $KE$ at B compared to A?

A proton is moved closer to a fixed positive charge; how does this affect the electric potential energy of the system?

When two like charges come closer together, what happens to their electrical potential energy?

In a region with an electric field described by vector function E = $k(x\hat{i} + y\hat{j})$, where k is constant, what path should a positive test charge follow starting from origin to maintain constant potential?