Two parallel plate capacitors have the same plate separation The plate area of capacitor 1 is twice that of capacitor 2 (a) How do the potential differences across the two capacitors compare if the quantity of charge you place on capacitor (1 left(q 1 ight) ) is twice the quantity you place on capacitor ( left(q 2 ight) ) (b) How do the charge magnitudes on either plate of the two capacitors compare if the potential difference between the plates of capacitor 1 is twice that between the plates of capacitor 2

Question: Two parallel-plate capacitors have the same plate separation. The plate area of capacitor 1 is twice that of capacitor 2. (a) How do the potential

Two parallel-plate capacitors have the same plate separation. The plate area of capacitor 1 is twice that of capacitor 2.

(a) How do the potential differences across the two capacitors compare if the quantity of charge you place on capacitor $1\left(q_{1}\right)$ is twice the quantity you place on capacitor $\left(q_{2}\right)$ ?

(b) How do the charge magnitudes on either plate of the two capacitors compare if the potential difference between the plates of capacitor 1 is twice that between the plates of capacitor 2?

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