For a coaxial cylindrical shell, this quantity is proportional to one over the natural log of the ratio of the inner and outer radius of the shell.
The Miller Effect predicts that this quantity will increase in an amplifier by a factor of one minus the voltage gain of the amplifier. For alternating circuit currents it can be written as the angular frequency of the power source multiplied by the imaginary unit and divided by its reactance. For a coaxial cylindrical shell, this quantity is proportional to one over the natural log of the ratio of the inner and outer radius of the shell. Along with resistance and inductance, it makes up the three components of electrical impedance. Defined as the charge per unit voltage, for 10 points, identify this electrical quantity measured in farads.
The Miller Effect predicts that this quantity will increase in an amplifier by a factor of one minus the voltage gain of the amplifier.
{capacitance}