The first two charges are (-5 MC) and the second is (12 MC). Calculate the point for making the electric field equal to zero if you know that the distance between the two charges is 2.00 m. Q2: A charge uniformly distributed through an insulating sphere of radius R with a volumetric density (p (C / m3). Find the electric potential at points far from the center of the sphere. When: -1 - (r> R) b - (r
The first two charges are (-5 MC) and the second is (12 MC). Calculate the point for making the electric field equal to zero if you know that the distance between the two charges is 2.00 m. Q2: A charge uniformly distributed through an insulating sphere of radius R with a volumetric density (p (C / m3). Find the electric potential at points far from the center of the sphere. When: -1 - (r> R) b - (r
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: The first two charges are (-5 MC) and the second is (12 MC). Calculate the point for making the electric field equal to zero if you know that the distance between the two charges is 2.00 m. Q2: A charge uniformly distributed through an insulating sphere of radius R with a volumetric density (p (C / m3). Find the electric potential at points far from the center of the sphere. When: -1 - (r> R) b - (r <R)
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