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Electrostatic force (Coulomb’s Law)
F = kq1q2/r² in (N)ewtons
Electric field
Efield = kq/r² in N/C
Electrostatic energy/work
U = kq1q2/r in (J)oules
Electric potential/voltage difference
V = kq/r in J/C
If given electric field (Efield), how would you go to force?
Multiply Efield by charge (q)
If given force (F), how would you go to electric field?
Divide force (F) by charge (q)
If given electrostatic potential (V), how would you go to electrostatic energy/work (U)?
Multiply voltage (V) by charge (q)
If given electrostatic energy/work (U), how would you go to electric potential/voltage (V)?
Divide energy/work (U) by charge (q)