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Need help with these, thank you!
lab simulator:"https://phet.colorado.edu/sims/html/cap ... cs_en.html"
Part 1 b - "V" and "A" constant - Battery Connected Keep the battery connected to the capacitor. With voltage at 1.5 V across capacitor and its area constant at its minimum value of 100 mm^2, slowly decrease the distance between the plates of capacitor to 2.0 mm. Observe the changes to answer the questions below. Question 5 What did you observe about the motion of the charges in the the external circuit as the separation decreased? O The charges' speed varied over time. O The charges moved at a constant speed. O The charges dissipated into an equilibrium state. O The charges changed direction periodically. Question 6 What did you observe about the plate the motion of the charges in the external circuit once the plate separation was at a constant 2.0 mm? O The charges' speed varied over time. O The charges moved at a constant speed. O The charges dissipated into an equilibrium state. O The charges changed direction periodically. 1 pts 1 pts
Part 1 c - "V" and "d" constant - Battery Connected Keep the battery connected to the capacitor. With voltage at 1.5 V across capacitor and its separation distance constant at its maximum value of 10.0 mm, slowly increase the area of the plates of capacitor to 400 mm^2. Observe the changes to answer the questions below. Question 8 What did you observe about the motion of the charges in the external circuit as the plate area increased? O The charges' speed varied over time. O The charges moved at a constant speed. O The charges dissipated into an equilibrium state. O The charges changed direction periodically. Question 9 What did you observe about the motion of charges in the external circuit after the plate area reached a constant 400 mm²? O The charges' speed varied over time. O The charges moved at a constant speed. O The charges dissipated into an equilibrium state. O The charges changed direction periodically. 1 pts 1 pts