In the picture, on the (x,y) plane there are three different point charges locatedrespectively at A, B, and C.At A (0, 3) m you have QA = -24.0 nC, at B (0, 8) m you have qe = +16 nC, andm you have go= +34 nC. Assume that the potential is zero far awayqcat C (15,8) m you havefrom the region.Determine the potential in Volts at the origin of the reference frame due to thepresence of the three charges.EASPC11€

Potential is a scalar quantity. So we need not have to worry about the direction and we can simply…

In the picture, on the (x,y) plane there are three different point charges located respectively at A, B, and C. At A (0, 3) m you have gA = 24.0 nC, at B (0,8) m you have qg = +16 nC, and at C (15,8) m you have gc = +34 nC. Assume that the potential is zero far away from the region. Determine the potential in Volts at the origin of the reference frame due to the presence of the three charges. B A A ● C - >

In the picture, on the (x,y) plane there are three different point charges located respectively at A, B, and C. At A (0, 3) m you have gA = 24.0 nC, at B (0,8) m you have qg = +16 nC, and at C (15,8) m you have gc = +34 nC. Assume that the potential is zero far away from the region. Determine the potential in Volts at the origin of the reference frame due to the presence of the three charges. B A A ● C - >

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter26: Electric Potential

Section: Chapter Questions

Problem 48PQ: A particle with charge 1.60 1019 C enters midway between two charged plates, one positive and the...

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