Compute the electrostatic potential energy of the system

Reference no: EM13292399

A small spherical lump of conductor, with a radius R = 0.1m, has a charge of 0.01 C placed on it.

(a) Describe the manner in which the electric charge on the sphere is distributed.

(b-i) Determine the electric potential associated with the charge on the sphere at points at radial distance, r > R from the centre of the sphere.

(b-ii) Suppose that a point charge of 1.0 x 10^-6 C is placed 3m away from the centre of the sphere. Compute the electrostatic potential energy of the system.

(c) How does the electric potential associated with the charge on the sphere differ between any pair of points located within the plane?

Reference no: EM13292399

Questions Cloud

Which one of following is an example of diversifiable risk : Which one of the following is an example of diversifiable risk?

Calculate the ratio of their masses : Two wires on a piano are the same length and are stretched to the same tension. Wire 1 vibrates at a frequency 1.5 times that of wire 2. Calculate the ratio of their masses (m1/m2).

What pulling force should the man apply to create : A man is standing on a platform that is connected to a pulley arrangement, as the drawing shows. What pulling force should the man apply to create an upward acceleration of 1.20 m/s2

Show the truth table implemented inside each lut : Consider the function f=w1'w2'+w2'w3'+w1w2w3. Give a circuit that implements f using the minimal number of two-input LUTs. Show the truth table implemented inside each LUT.

Compute the electrostatic potential energy of the system : A small spherical lump of conductor, with a radius R = 0.1m, has a charge of 0.01 C placed on it. Compute the electrostatic potential energy of the system

Purpose the market demand curve for a product : Purpose the market demand curve for a product

Determine where and when the particle crosses the x-axis : A uniform electric field, E = -50 N/C, fills a region of space. A partcicle with mass, m = 0.025 kg, bearing charge, q = 1mC, Determine where and when the particle crosses the x-axis

Explain the empirical formula of the h2o compound : Combustion analysis of an unknown compound containing only carbon and hydrogen produced 4.554 g of CO2 and 2.322 g of H2O. What is the empirical formula of the compound? this would be so much easier if they gave the grams of the unknown compound.

Compute how many revolutions would the wheel have : A high-speed flywheel in a motor is spinning at 450rpm when a power failure suddenly occurs. How many revolutions would the wheel have made during this time

User Account

All Pages