An AC source i(t)=(20.0[mA])cos((10.0[rad/s])t) is connected to a 100[?F] capacitor , what is the potential through the capacitor?
Choices:

a. $v (t) = (20 [V]) cos [(10.0 [rad / s]) t + \frac{?}{2}]$ b. $v (t) = (20 [V]) cos [(10.0 [rad / s]) t ? \frac{?}{2}]$ c. $v (t) = (20 [mV]) cos [(10.0 [rad / s]) t + \frac{?}{2}]$ d. $v (t) = (20 [mV]) cos [(10.0 [rad / s]) t ? \frac{?}{2}]$

Question

An AC source i(t)=(20.0[mA])cos((10.0[rad/s])t) is connected to a 100[?F] capacitor , what is the potential through the capacitor?

Choices:

a.

v (t) = (20 [V]) cos [(10.0 [rad / s]) t + \frac{?}{2}]

b.

v (t) = (20 [V]) cos [(10.0 [rad / s]) t ? \frac{?}{2}]

c.

v (t) = (20 [mV]) cos [(10.0 [rad / s]) t + \frac{?}{2}]

d.

v (t) = (20 [mV]) cos [(10.0 [rad / s]) t ? \frac{?}{2}]

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