Handwrite, step by step A line charge of constantcharge density P10 [C/m] andlength lies along the z-axis,with one end located at theorigin. A uniformly-chargedsphere carrying a total chargeQ is also located on the z-axis,Uniform linecharged+QUniformly-charged sphereZwith it's center a distance d from the end of the line charge. Find the electrostaticinteraction energy between the line charge and the sphere, and find the force acting onthe charged sphere.

Solution: Given a line charge of constant density and length l separated by a distance d from the…

A line charge of constant charge density po [C/m] and length lies along the z-axis, with one end located at the origin. A uniformly-charged sphere carrying a total charge Q is also located on the z-axis, Uniform line charge 0 Peo е - d +Q Uniformly- Ncharged sphe Z with it's center a distance d from the end of the line charge. Find the electrostatic interaction energy between the line charge and the sphere, and find the force acting on the charged sphere.

A line charge of constant charge density po [C/m] and length lies along the z-axis, with one end located at the origin. A uniformly-charged sphere carrying a total charge Q is also located on the z-axis, Uniform line charge 0 Peo е - d +Q Uniformly- Ncharged sphe Z with it's center a distance d from the end of the line charge. Find the electrostatic interaction energy between the line charge and the sphere, and find the force acting on the charged sphere.