Physics · Electrostatics
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The change in electric potential with respect to distance equals to:
- A
Potential gradient
- B
Amount of the charge
- C
Potential difference
- D
Surface charge density
The change in electric potential with respect to distance is ΔV/Δr which represent s potential gradient.
Hence, option A is correct.
The change in electric potential with respect to distance is ΔV/Δr which represent s potential gradient.
Hence, option A is correct.
Amount of the charge—This does not directly relate to the change in electric potential with distance. The amount of charge affects the electric field but not the potential gradient.
Potential difference—This refers to the difference in electric potential between two points, not the rate of change of potential with respect to distance.
Surface charge density—This refers to the amount of charge per unit area on a surface, not the change in electric potential with distance.
Tagged under Physics · Electrostatics · 2023