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Consider Gauss Law

Question 21

Multiple Choice

Consider Gauss law: Consider Gauss law: .Which of the following is true? A) must be the electric field due to the enclosed charge B) If q = 0 then everywhere on the Gaussian surface C) If the three particles inside have charges of +q, +q and -2q, then the integral is zero D) On the surface is everywhere parallel to E) If a charge is placed outside the surface, then it cannot affect at any point on the surface .Which of the following is true?


A) Consider Gauss law: .Which of the following is true? A) must be the electric field due to the enclosed charge B) If q = 0 then everywhere on the Gaussian surface C) If the three particles inside have charges of +q, +q and -2q, then the integral is zero D) On the surface is everywhere parallel to E) If a charge is placed outside the surface, then it cannot affect at any point on the surface must be the electric field due to the enclosed charge
B) If q = 0 then Consider Gauss law: .Which of the following is true? A) must be the electric field due to the enclosed charge B) If q = 0 then everywhere on the Gaussian surface C) If the three particles inside have charges of +q, +q and -2q, then the integral is zero D) On the surface is everywhere parallel to E) If a charge is placed outside the surface, then it cannot affect at any point on the surface everywhere on the Gaussian surface
C) If the three particles inside have charges of +q, +q and -2q, then the integral is zero
D) On the surface Consider Gauss law: .Which of the following is true? A) must be the electric field due to the enclosed charge B) If q = 0 then everywhere on the Gaussian surface C) If the three particles inside have charges of +q, +q and -2q, then the integral is zero D) On the surface is everywhere parallel to E) If a charge is placed outside the surface, then it cannot affect at any point on the surface is everywhere parallel to
Consider Gauss law: .Which of the following is true? A) must be the electric field due to the enclosed charge B) If q = 0 then everywhere on the Gaussian surface C) If the three particles inside have charges of +q, +q and -2q, then the integral is zero D) On the surface is everywhere parallel to E) If a charge is placed outside the surface, then it cannot affect at any point on the surface
E) If a charge is placed outside the surface, then it cannot affect Consider Gauss law: .Which of the following is true? A) must be the electric field due to the enclosed charge B) If q = 0 then everywhere on the Gaussian surface C) If the three particles inside have charges of +q, +q and -2q, then the integral is zero D) On the surface is everywhere parallel to E) If a charge is placed outside the surface, then it cannot affect at any point on the surface at any point on the surface

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