Using Capacitor Equations - AP Physics C:...

You are hired to make a capacitor out of two parallel metal sheets. If someone wanted you to make a thin capacitor of $700\mu F$ out of those metal sheets, and the sheets needed to be apart, what area do the two metal plates need to be?

$\epsilon_$0=8.85*10^{-12}$$$\frac{C^2$$}{Nm^2$}$$

Using Capacitor Equations Practice Test

The plates of a parallel plate capacitor are apart and in area. A potential difference of is applied across the capacitor. Compute the charge on each plate.

$\epsilon_0=8.85* $10^{-12}$ $\frac{F}{m}$$

You are hired to make a capacitor out of two parallel metal sheets. If someone wanted you to make a thin capacitor of $700\mu F$ out of those metal sheets, and the sheets needed to be apart, what area do the two metal plates need to be?

$\epsilon_$0=8.85*10^{-12}$$$\frac{C^2$$}{Nm^2$}$$

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