In accordance with the figure where 4 point charges are located at the square's corner with aside of a, determine the electric potential energy at charge 3Q due to all of the other charges.2030(-2Q)-4Qa. (-6– 3V2)()b. (-4-14/2)(kеc. (-2 – 7V2)(*ad.- 12kQ?aBased on the same figure, suppose that all of the 4 point charges in the figure start frominfinity. How much potential energy is required to assemble the said configuration ofcharges?a. (-6– 3v2)()b. (-4 – 14/2)(ec. (-2-72)()kQ?ad.12kQ?a

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In accordance with the figure where 4 point charges are located at the square's corner with a side of a, determine the electric potential energy at charge 3Q due to all of the other charges. 2Q (3Q (-2Q (-4Q) a. (-6– 3v2)() b. (-4 – 14v2)(* c. (-2 – 7V2)() а. a d. _12kQ? a Based on the same figure, suppose that all of the 4 point charges in the figure start from infinity. How much potential energy is required to assemble the said configuration of charges? (-6– 3v2)() b. (-4– 14/2)(* c. (-2-7/2)() а. a d. -12ko? a

In accordance with the figure where 4 point charges are located at the square's corner with a side of a, determine the electric potential energy at charge 3Q due to all of the other charges. 2Q (3Q (-2Q (-4Q) a. (-6– 3v2)() b. (-4 – 14v2)(* c. (-2 – 7V2)() а. a d. _12kQ? a Based on the same figure, suppose that all of the 4 point charges in the figure start from infinity. How much potential energy is required to assemble the said configuration of charges? (-6– 3v2)() b. (-4– 14/2)(* c. (-2-7/2)() а. a d. -12ko? a

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter7: Electric Potential

Section: Chapter Questions

Problem 12CQ: Can a particle move in a direction of increasing electric potential, yet have its electric potential...

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