12. Keep the battery connected to the capacitor. With voltage at 1.5 V across capacitor and its area constant at 100 mm2, slowly decrease the distance between the plates of capacitor to 2.0 mm. Observe the changes and provide reasoning in the table below.
C: Capacitance, Q: Charge on the capacitor, V: Voltage across the capacitor, E: Electric field between the plates of capacitor
	Observations (As voltage is increased, how do these quantities change?)	Reasoning
C	Increase	Click here to enter text.
Q	Increase	Click here to enter text.
V		Click here to enter text.
E	Click here to enter text.	Click here to enter text.

13. As plate separation was being decreased, what did you observe about the motion of charges in

the external circuit?

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14. After plate separation was constant at 2.0 mm, what did you observe about the motion of

charges in the external circuit?

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15. Keep the battery connected to the capacitor. With voltage at 1.5 V across capacitor and its Separation distance constant at 10.0 mm, slowly increase the area of the plates of capacitor to 400 mm2. Observe the changes and provide reasoning in the table below.
C: Capacitance, Q: Charge on the capacitor, V: Voltage across the capacitor, E: Electric field between the plates of capacitor
	Observations (As voltage is increased, how do these quantities change?)	Reasoning
C	Click here to enter text.	Click here to enter text.
Q	Click here to enter text.	Click here to enter text.
V	Click here to enter text.	Click here to enter text.
E	Click here to enter text.	Click here to enter text.

16. As plate area was being increased, what did you observe about the motion of charges in the

external circuit?

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17. After plate area was constant at 400 mm² , what did you observe about the motion of charges in the external circuit?

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