a)A particle of charge qA = +6nC at point A is located at rA = <2,-5,0>cm. What is the electric field EA due to this particle at the origin <0,0,0>cm? b) A second particle of charge qB = -6nC is placed at location B. The total electric field at the origin is now E = <-1E-4,0,0> N/C. Determine the location of point B(i.e. find rB) Hint: Drawing a diagram and treating the charges at points A and B as a dipole may help simplify this problem.
a)A particle of charge qA = +6nC at point A is located at rA = <2,-5,0>cm. What is the electric field EA due to this particle at the origin <0,0,0>cm? b) A second particle of charge qB = -6nC is placed at location B. The total electric field at the origin is now E = <-1E-4,0,0> N/C. Determine the location of point B(i.e. find rB) Hint: Drawing a diagram and treating the charges at points A and B as a dipole may help simplify this problem.
Chapter6: Gauss's Law
Section: Chapter Questions
Problem 55P: The electric field 10.0 cm from the surface of a copper ball of radius 5.0 cm is directed toward the...
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a)A particle of charge qA = +6nC at point A is located at rA = <2,-5,0>cm. What is the electric field EA due to this particle at the origin <0,0,0>cm?
b) A second particle of charge qB = -6nC is placed at location B. The total electric field at the origin is now E = <-1E-4,0,0> N/C. Determine the location of point B(i.e. find rB) Hint: Drawing a diagram and treating the charges at points A and B as a dipole may help simplify this problem.
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