The reactance for this device will lag an applied voltage by pi over two. Materials with a high dielectric constant like barium titanate find common use in modern versions of this device. Applying the Fourier transform to the first-order differential equation for current yields its impedance, and common examples include the condenser and the Leyden Jar. For ten points, name this device that holds charge, most simply consisting of two equal and op
The reactance for this device will lag an applied voltage by pi over two. Materials with a high dielectric constant like barium titanate find common use in modern versions of this device. Applying the Fourier transform to the first-order differential equation for current yields its impedance, and common examples include the condenser and the Leyden Jar. For ten points, name this device that holds charge, most simply consisting of two equal and oppositely charged conductors separated by an insulator.
The reactance for this device will lag an applied voltage by pi over two.
{capacitor}