Circuits

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Conductance

 , where:

G = Conductance (1/Ω)

R = Resistance (Ω)

Current

 , where:

I = Current (A)

Q = Electric Charge (Coulombs)

t = Time (s)

Current in a Series RLC Circuit

 , where:

I = Current (A)

t = Time (s)

R = Resistance (Ω)

L = Inductance (H)

C = Capacitance (Fa)

Damping Factor in an RLC Circuit

 . where:

 = Damping Factor

R = Resistance (Ω)

C = Capacitance (Fa)

L = Inductance (H)

Electric Constant

Epsilon Naught defines the Electric Constant, also known as the permittivity of free space or the vaccum permittivity,

 , where:

 = Electric Constant (Fa/m)

 = Magnetic Constant (H/m)

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