There is an electric dipole in the presence of non-uniform electric field produced by a point positive charge +q = 1.60x10^(-19) C as shown in the figure. All three charges have the same magnitude. A point charge of +q = 1.60x10^(-19) C is located at the origin with the positive and negative ends of the dipole located at x = 10x10^(-10) m and x = 15x10^(-10) m, respectively. What is the magnitude of the electric potential at point P located at x = 5x10^(-10) m? O None of these is correct O 21.3 V O 0.41 V O 3.43 O 43.1 V

There is an electric dipole in the presence of non-uniform electric field produced by a point positive charge +q = 1.60x10^(-19) C as shown in the figure. All three charges have the same magnitude. A point charge of +q = 1.60x10^(-19) C is located at the origin with the positive and negative ends of the dipole located at x = 10x10^(-10) m and x = 15x10^(-10) m, respectively. What is the magnitude of the electric potential at point P located at x = 5x10^(-10) m? O None of these is correct O 21.3 V O 0.41 V O 3.43 O 43.1 V

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ISBN:9781305952300

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Chapter1: Units, Trigonometry. And Vectors

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Electric Charges and Fields

One of the fundamental properties is the electromagnetic property. Charge cannot be destroyed by any process and this contributes formally to the law of charge conservation.

Question

There is an electric dipole in the presence of non-uniform electric field produced by a point positive charge +q = 1.60x10^(-19) C as shown in the figure. All three
charges have the same magnitude. A point charge of +q = 1.60x10^(-19) C is located at the origin with the positive and negative ends of the dipole located at x =
10x10^(-10) m and x = 15x10^(-10) m, respectively. What is the magnitude of the electric potential at point P located at x = 5x10^(-10) m?
O None of these is correct
O 21.3 V
O 0.41 V
O 3.43
O 43.1 V

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