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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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.

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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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