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Coulomb is equal to charge of

If a charge of one coulomb passing through a cross-sectional area in one second, current is

If a third equal and similar charge is placed between two equal and similar charges, then this third charge will

A charge distribution has the charge density given by ρ = Q{δ(x - x0) - δ(x + x0)}. For this charge distribution the electric field at (2x0, 0,0)

One micro coulomb is equal to

If q1 and q2 are magnitudes of two charges, r is distance between two charges, k is constant of proportionality then coulomb's force F between two charges is equal to

The charge on positron is equal to the charge on