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A cube structure having pv=(x^2)G)(e^-z) [c/m^3] charge density distribution is being used to represent a discrete charge element Q. If edge of cube is 1 mm, answer the following question. a) Derive Coulombs Law from Gauss Law. b) Calculate value of Q. c) If 2Q, 3Q, and-Q charges are placed on xy plane to (-1, -1,0), (2,0,0), (-3,1,0) points respectively, calculate the force due to electric field on a charge with 4Q at (1, -1,3) point www

A cube structure having pv=(x^2)G)(e^-z) [c/m^3] charge density distribution is being used to represent a discrete charge element Q. If edge of cube is 1 mm, answer the following question. a) Derive Coulombs Law from Gauss Law. b) Calculate value of Q. c) If 2Q, 3Q, and-Q charges are placed on xy plane to (-1, -1,0), (2,0,0), (-3,1,0) points respectively, calculate the force due to electric field on a charge with 4Q at (1, -1,3) point www

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A cube structure having pv=(x^2)(y)(e^-z) [c/m^3] charge density distribution is being used to represent a discrete charge element Q. If edge of cube is 1 mm, answer the following question. m m im w n m w w w a) Derive Coulombs Law from Gauss Law. b) Calculate value of Q. c) If 2Q, 3Q, and -Q charges are placed on xy plane to (-1, –1,0), (2,0,0), (-3,1,0) points respectively, calculate the force due to electric field on a charge with 4Q at (1, -1,3) point
Transcribed Image Text:A cube structure having pv=(x^2)(y)(e^-z) [c/m^3] charge density distribution is being used to represent a discrete charge element Q. If edge of cube is 1 mm, answer the following question. m m im w n m w w w a) Derive Coulombs Law from Gauss Law. b) Calculate value of Q. c) If 2Q, 3Q, and -Q charges are placed on xy plane to (-1, –1,0), (2,0,0), (-3,1,0) points respectively, calculate the force due to electric field on a charge with 4Q at (1, -1,3) point
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