Based on the figure below, explain which statement(s) best explain(s) the method to obtain electric field, E using Gauss's Law at Location A. Location A Gaussian surface SG +Psa (i) The cylindrical surface is chosen as a Gaussian surface SG, as it satisfie he symmetry condition of the +Psa and -psb shape. (ii) The spherical surface is chosen as a Gaussian surface SG, as it satisfies the symmetry condition of the +psa and -psb shape. (iii) A single Gaussian surface can be used for both surfaces to calculate E at Location A. (iv) Both charges must use separate Gaussian surfaces to calculate E at Location A. A. (i) and (iv) В. (ii) and (i) C. (i) and (ii) D. (ii) and (iv)
Based on the figure below, explain which statement(s) best explain(s) the method to obtain electric field, E using Gauss's Law at Location A. Location A Gaussian surface SG +Psa (i) The cylindrical surface is chosen as a Gaussian surface SG, as it satisfie he symmetry condition of the +Psa and -psb shape. (ii) The spherical surface is chosen as a Gaussian surface SG, as it satisfies the symmetry condition of the +psa and -psb shape. (iii) A single Gaussian surface can be used for both surfaces to calculate E at Location A. (iv) Both charges must use separate Gaussian surfaces to calculate E at Location A. A. (i) and (iv) В. (ii) and (i) C. (i) and (ii) D. (ii) and (iv)
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