You connect two parallel plates to a 100 V difference in potential (electrostati
ID: 2127091 • Letter: Y
Question
You connect two parallel plates to a 100 V difference in potential (electrostatic voltage source). The left plate is connected to ground of electrostatic voltage source. Plate 2 is connected to +30V electrostatic voltage sourcea) First: you leave the plates connected to the electrostatic voltage source and slowly separate the plates.
i. What will happen to ?V, the difference in potential between the plates, and E, the magnitude of the elelctric field between the plates?
?V decreases, E remains the same
?V remains the same, E increases
both ?V and E increase
?V decreases, E increases
?V increases, E remains the same
both ?V and E remain the same
both ?V and E decrease
?V increases, E decreases
?V remains the same, E decreases
ii. What will happen to Q, the charge on the plates, and C, the capacitance of the system?
Q decreases, C increases
Q increases, C decreases
Q increases, C remains the same
both Q and C increase
both Q and C decrease
Q decreases, C remains the same
both Q and C remain the same
Q remains the same, C decreases
Q remains the same, C increases
b) Now, suppose now you disconnect the electrostatic voltage source and then slowly separate the plates.
i.What will happen to ?V, the difference in potential between the plates, and E, the magnitude of the elelctric field between the plates?
?V remains the same, E decreases
both ?V and E remain the same
?V increases, E decreases
?V remains the same, E increases
?V decreases, E increases
both ?V and E increase
?V increases, E remains the same
both ?V and E decrease
?V decreases, E remains the same
ii. What will happen to Q, the charge on the plates, and C, the capacitance of the system?
Q increases, C remains the same
both Q and C increase
Q remains the same, C decreases
Q increases, C decreases
Q decreases, C remains the same
both Q and C decrease
Q remains the same, C increases
both Q and C remain the same
Q decreases, C increases
You connect two parallel plates to a 100 V difference in potential (electrostatic voltage source). The left plate is connected to ground of electrostatic voltage source. Plate 2 is connected to +30V electrostatic voltage source
a) First: you leave the plates connected to the electrostatic voltage source and slowly separate the plates.
i. What will happen to ?V, the difference in potential between the plates, and E, the magnitude of the elelctric field between the plates?
?V decreases, E remains the same
?V remains the same, E increases
both ?V and E increase
?V decreases, E increases
?V increases, E remains the same
both ?V and E remain the same
both ?V and E decrease
?V increases, E decreases
?V remains the same, E decreases
ii. What will happen to Q, the charge on the plates, and C, the capacitance of the system?
Q decreases, C increases
Q increases, C decreases
Q increases, C remains the same
both Q and C increase
both Q and C decrease
Q decreases, C remains the same
both Q and C remain the same
Q remains the same, C decreases
Q remains the same, C increases
b) Now, suppose now you disconnect the electrostatic voltage source and then slowly separate the plates.
i.What will happen to ?V, the difference in potential between the plates, and E, the magnitude of the elelctric field between the plates?
?V remains the same, E decreases
both ?V and E remain the same
?V increases, E decreases
?V remains the same, E increases
?V decreases, E increases
both ?V and E increase
?V increases, E remains the same
both ?V and E decrease
?V decreases, E remains the same
ii. What will happen to Q, the charge on the plates, and C, the capacitance of the system?
Q increases, C remains the same
both Q and C increase
Q remains the same, C decreases
Q increases, C decreases
Q decreases, C remains the same
both Q and C decrease
Q remains the same, C increases
both Q and C remain the same
Q decreases, C increases
Explanation / Answer
Part B
i)
?V remains the same, E decreases
ii)
both Q and C decrease
Related Questions
Hire Me For All Your Tutoring Needs
Integrity-first tutoring: clear explanations, guidance, and feedback.
Drop an Email at
drjack9650@gmail.com
drjack9650@gmail.com
Navigate
Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.