It is desired that 7.7 mc of charge be stored on each plate of a 5.3 mf capacitor. what potential difference is required between the plates?

In physics, the elements in a circuit could involve a resistor-capacitor, resistor-inductor, or just solely their own type of circuit. For a resistor-capacitor or RC circuit, the potential difference or voltage induced between the parallel plates of a capacitor is related by this equation:

Q = C × V, where

Q is charge in Coulombs
C is the capacitance in Faradays
V is the voltage in volts

Substituting the values, 

7.7×10⁻³ C = 5.3×10⁻³ F * V
V = 1.45 volts

No bc a lot of things r still theories n unproven