A charge of 2.400×10-8 C lies on an isolated metal sphere of radius 15 cm. With V = 0 at infinity?
A charge of 2.400×10-8 C lies on an isolated metal sphere of radius 15 cm. With V = 0 at infinity, what is the electric potential at points on the sphere's surface?
Outside of the sphere itself, spherical charge distributions behave identically to point charges. Hence, we are able to use the formula V = kq/r to determine the potential.
locate quantity of metallic 24/8000 m^3 for this reason radius and then diameter same quantity is going into the cone, much less 15% = 0.80 5 * unique quantity locate top of cone utilising that quantity and radius of base
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Outside of the sphere itself, spherical charge distributions behave identically to point charges. Hence, we are able to use the formula V = kq/r to determine the potential.
V = (8.988 x 10^9)(2.400 x 10^(-8))/(0.15 meters)
= 1.438 x 10^3 V
locate quantity of metallic 24/8000 m^3 for this reason radius and then diameter same quantity is going into the cone, much less 15% = 0.80 5 * unique quantity locate top of cone utilising that quantity and radius of base