Which of the statements regarding this situation are true? Selectall that apply.
1- Reversing the sign of the capacitor voltage while keeping themagnitude of the voltage the same reverses the electric field atall locations, but does not change the magnitude of thefield.
2- Reversing the sign of the capacitor voltage while keeping themagnitude of the voltage the same reverses the vertical componentof the electric field at all locations, but does not change themagnitude of the field or the horizontal component of the field ata given location.
3- In this simulation when the capacitor voltage is set to apositive value the top plate has a positive charge on it and thebottom plate has a negative charge on it.
4- Increasing the magnitude of the capacitor voltage while keepingthe plate separation constant increases the magnitude of theelectric field at all locations (except for locations where thefield is zero, which remain at zero).
5- Increasing the plate separation while keeping the capacitorvoltage constant decreases the magnitude of the electric field atall locations.
6- In general, decreasing the separation between the platesincreases the magnitude of the electric field between the plates.
Which of the statements regarding this situation are true? Selectall that apply.
1- Reversing the sign of the capacitor voltage while keeping themagnitude of the voltage the same reverses the electric field atall locations, but does not change the magnitude of thefield.
2- Reversing the sign of the capacitor voltage while keeping themagnitude of the voltage the same reverses the vertical componentof the electric field at all locations, but does not change themagnitude of the field or the horizontal component of the field ata given location.
3- In this simulation when the capacitor voltage is set to apositive value the top plate has a positive charge on it and thebottom plate has a negative charge on it.
4- Increasing the magnitude of the capacitor voltage while keepingthe plate separation constant increases the magnitude of theelectric field at all locations (except for locations where thefield is zero, which remain at zero).
5- Increasing the plate separation while keeping the capacitorvoltage constant decreases the magnitude of the electric field atall locations.
6- In general, decreasing the separation between the platesincreases the magnitude of the electric field between the plates.
