a spherical Gaussian surface of radius R is drawn surrounding a particle with a

Question

a spherical Gaussian surface of radius R is drawn surrounding a particle with a net charge q at the center. Mark all the correct statements. A. The net charge enclosed in this virtual spherical surface q B. The magnitude of electric field E is the same at any point in the surface C. The electric field points out along the radius R at any point on this surface, so cos=1 E. E=q/(e0A) a spherical Gaussian surface of radius R is drawn surrounding a particle with a net charge q at the center. Mark all the correct statements. A. The net charge enclosed in this virtual spherical surface q B. The magnitude of electric field E is the same at any point in the surface C. The electric field points out along the radius R at any point on this surface, so cos=1 E. E=q/(e0A) a spherical Gaussian surface of radius R is drawn surrounding a particle with a net charge q at the center. Mark all the correct statements. A. The net charge enclosed in this virtual spherical surface q B. The magnitude of electric field E is the same at any point in the surface C. The electric field points out along the radius R at any point on this surface, so cos=1 E. E=q/(e0A)

Explanation / Answer

correct statements are             A The net charge enclosed in this virtual spherical surface q

                                                     B. The magnitude of electric field E is the same at any point in the surface

                                                     C. The electric field points out along the radius R at any point on this surface,

                                                    d. E=q/(e0A)

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