How much electrical potential energy is stored in triangle

Assignment Help Physics

Reference no: EM13977593

Three charges are arranged at the vertices of an equilateral triangle with sides of length 0.06 meters. The charge at the first vertex (top point of triangle) is -5.0 μC. The charge at the bottom left vertex is 4.0 μC. The charge at the bottom right vertex is 7.0 μC.

How much Electrical Potential Energy is stored in the equilateral triangle? (The answer is -405 Joules, but I can't figure out how to get that).

Reference no: EM13977593

Questions Cloud

What magnitude rotational speed : A 10-kg disk-shaped flywheel of radius 9.0 cm rotates with a rotational speed of320 rad/s. Determine the rotational momentum of the flywheel.

What is your approximate real rate of return : What is your approximate real rate of return on this investment?

What are the limitations of the constant growth model : Monica Dubois, an ABC investment advisor, has a new client, Mr. Jack Klein. Mr. Klein is a conservative investor who is interested in a required rate of return of 10% on his stock investments while assuming lower market risk. You are asked to help..

Problem regarding the average lead concentration : Based on your results, comment on the possibility that the average lead concentration in this community's homes might exceed the Environmental Protection Agency's recommended limit of 15 parts per billion of lead.

How much electrical potential energy is stored in triangle : How much Electrical Potential Energy is stored in the equilateral triangle? (The answer is -405 Joules, but I can't figure out how to get that).

Determine the rotational momentum of the flywheel : A 10-kg disk-shaped flywheel of radius 9.0 cmrotates with a rotational speed of 320 rad/s. Determine the rotational momentum of the flywheel.

Find the magnitude and direction of the electrostatic force : Three charges are arranged as shown in the figure below. Find the magnitude and direction of the electrostatic force on the charge q = 5.14 nC at the origin. (Let r12 = 0.305 m.)

Determine the number of seats each state should receive : Using the Hamilton method of apportionment, determine the number of seats each state should receive. Using the numbers you just calculated from applying the Hamilton method, determine the average constituency for each state. Explain your decision m..

What is the net electric force on the center charge : Three charges are arranged in a horizontal line as shown in Figure 1, where the distances labeled are r1 = 0.65 m and r2 = 0.31 m. What is the net electric force on the center charge (q3) due to the other two charges?

User Account

All Pages