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Set EVC3: Parallel Plate Characteristics

Problem
Points
1
0/19
2
0/14
3
0/15
4
0/15
Total Score
0/63
Percentage
0 %
Assignment Overview

For a set of charged parallel plates, relate the distance between plates and voltage across the plates to the electric field strength, the electric potential value, the electric potential energy, the work required to move against the field, the force on a charged ion, and the velocity and acceleration of a released charged ion.

 1. EVC3Q1
Points: 0/19

Two equally and oppositely charged plates of area 2700 mm2 separated by a distance of 24 mm are given a charge of 3.0 nC on the top plate and -3.0 nC on the bottom plate as shown at right. Black arrows represent the E-field and blue lines represent equipotential lines. Consider the Electric Potential value of the negative plate to be 0 Volts.

εo=8.85418782*10-12 farads/meter

+1 charge = 1.6*10-19 Coulombs

  1. Which position is located at the greatest E-field value?

    Attempts: 0

  2. Which line has the greatest Electric Potential value?

    Attempts: 0

  3. A positive Chlorine ion of charge +1 is introduced between the plates. On which line would it have the greatest Potential Energy?

    Attempts: 0

  4. At what position would the charged ion feel the greatest force?

    Attempts: 0

  5. What is the Electric Field value?

    Electric Field 

    x10^

    N/C

    Attempts: 0

  6. What is the Electric Potential difference between the plates?

    Electric Potential

    Volts

    Attempts: 0

  7. What is the Electric Potential at position A?

    Electric Potential

    Volts

    Attempts: 0

  8. What is the Electric Potential Energy of the charged ion if it is at position A?

    Position A PE

    x10^

    Joules

    Attempts: 0

  9. What is the Electric Potential at position B?

    Electric Potential

    Volts

    Attempts: 0

  10. What is the Electric Potential Energy of the charged ion if it is at position B?

    Position B PE

    x10^

    Joules

    Attempts: 0

  11. What is the Electric Potential at position C?

    Electric Potential

    Volts

    Attempts: 0

  12. What is the Electric Potential Energy of the charged ion if it is at position C?

    Position C PE

    x10^

    Joules

    Attempts: 0

  13. What is the Electric Potential at position D?

    Electric Potential

    Volts

    Attempts: 0

  14. What is the Electric Potential Energy of the charged ion if it is at position D?

    Potential Energy

    x10^

    Joules

    Attempts: 0

  15. How much work would be required to move the charged ion from Position D to Position C to Position B to Position A?

    Work

    x10^

    Joules

    Attempts: 0

  16. How much work would be required to move the charged ion from the negative plate to the positive plate?

    Work

    x10^

    Joules

    Attempts: 0

  17. What is the force required to move the charge against the field at constant velocity?

    Force

    x10^

    Newtons

    Attempts: 0

  18. If the charged Chlorine ion of mass 5.76*10-26 kg was released at the positive plate how fast would it be going by the time it got to the negative plate?

    Velocity

    x10^

    m/s

    Attempts: 0

  19. What would be the acceleration of the ion?

    Acceleration

    x10^

    m/s/s

    Attempts: 0
 2. EVC3Q2
Points: 0/14

Two equally and oppositely charged plates of area 2500 mm2 separated by a distance of 32 mm are given a voltage across the plates equal to 9396.7 Volts. Black arrows represent the E-field and blue lines represent equipotential lines. Consider the Electric Potential value of the negative plate to be 0 Volts.

εo=8.85418782*10-12 farads/meter

+1 charge = 1.6*10-19 Coulombs

  1. What is the Electric Field value?

    Electric Field

    x10^

    N/C

    Attempts: 0

  2. What is the Electric Potential at position A?

    Electric Potential

    Volts

    Attempts: 0

  3. A positive Chlorine ion of charge +1 is introduced between the plates. What is the Electric Potential Energy of the charged ion if it is at position A?

    Position A PE

    x10^

    Joules

    Attempts: 0

  4. What is the Electric Potential at position B?

    Electric Potential

    Volts

    Attempts: 0

  5. What would be the Electric Potential Energy of the charged ion at position B?

    Position B PE

    x10^

    Joules

    Attempts: 0

  6. What is the Electric Potential at position C?

    Electric Potential

    Volts

    Attempts: 0

  7. What would be the Electric Potential Energy of the charged ion at position C?

    Position C PE

    x10^

    Joules

    Attempts: 0

  8. What is the Electric Potential at position D?

    Electric Potential

    Volts

    Attempts: 0

  9. What would be the Electric Potential Energy of the charged ion at position D?

    Position D PE

    x10^

    Joules

    Attempts: 0

  10. How much work would be required to move the charged ion from Position D to Position C to Position B to Position A?

    Work

    x10^

    Joules

    Attempts: 0

  11. How much work would be required to move the charged ion from the negative plate to the positive plate?

    Work

    x10^

    Joules

    Attempts: 0

  12. What is the force required to move the charge against the field at constant velocity?

    Force

    x10^

    Newtons

    Attempts: 0

  13. If the charged Chlorine ion of mass 5.76*10-26 kg was released at the positive plate how fast would it be going by the time it got to the negative plate?

    Velocity

    x10^

    m/s

    Attempts: 0

  14. What would be the acceleration of the ion?

    Acceleration

    x10^

    m/s/s

    Attempts: 0
 3. EVC3Q3
Points: 0/15

Two equally and oppositely charged plates of area 2300 mm2 separated by a distance of 22 mm are given a voltage across the plates such that an E-field of 1.4731*105 N/C is set up between the plates. Black arrows represent the E-field and blue lines represent equipotential lines. Consider the Electric Potential value of the negative plate to be 0 Volts.

εo=8.85418782*10-12 farads/meter

+1 charge = 1.6*10-19 Coulombs

  1. What is the magnitude of the charge on each plate?

    Charge on each Plate

    nC

    Attempts: 0

  2. What is the Electrical Potential across the plates?

    Electric Potential

    Volts

    Attempts: 0

  3. What is the Electric Potential at position A?

    Electric Potential

    Volts

    Attempts: 0

  4. A positive Chlorine ion of charge +1 is introduced between the plates. What is the Electric Potential Energy of the charged ion if it is at position A?

    Position A PE

    x10^

    Joules

    Attempts: 0

  5. What is the Electric Potential at position B?

    Electric Potential

    Volts

    Attempts: 0

  6. What would be the Electric Potential Energy of the charged ion at position B?

    Position B PE

    x10^

    Joules

    Attempts: 0

  7. What is the Electric Potential at position C?

    Electric Potential

    Volts

    Attempts: 0

  8. What would be the Electric Potential Energy of the charged ion at position C?

    Position C PE

    x10^

    Joules

    Attempts: 0

  9. What is the Electric Potential at position D?

    Electric Potential 

    Volts

    Attempts: 0

  10. What would be the Electric Potential Energy of the charged ion at position D?

    Position D PE

    x10^

    Joules

    Attempts: 0

  11. How much work would be required to move the charged ion from Position D to Position C to Position B to Position A?

    Work

    x10^

    Joules

    Attempts: 0

  12. How much work would be required to move the charged ion from the negative plate to the positive plate?

    Work

    x10^

    Joules

    Attempts: 0

  13. What is the force required to move the charge against the field at constant velocity?

    Force

    x10^

    Newtons

    Attempts: 0

  14. If the charged Chlorine ion of mass 5.76*10-26 kg was released at the positive plate how fast would it be going by the time it got to the negative plate?

    Velocity

    x10^

    m/s

    Attempts: 0

  15. What would be the acceleration of the ion?

    Acceleration

    x10^

    m/s/s

    Attempts: 0
 4. EVC3Q4
Points: 0/15

Two equally and oppositely charged plates separated by a distance of 38 mm are given a charge of 4.5 nC on the top plate and -4.5 nC on the bottom plate as shown at right. A voltage of 9656.4 Volts is established across the plates. Black arrows represent the E-field and blue lines represent equipotential lines. Consider the Electric Potential value of the negative plate to be 0 Volts.

εo=8.85418782*10-12 farads/meter

+1 charge = 1.6*10-19 Coulombs

  1. What is the Electric Field value between the plates?

    Electric Field

    x10^

    N/C

    Attempts: 0

  2. What is the area of each plate?

    Plate Area

    mm2

    Attempts: 0

  3. What is the Electric Potential at position A?

    Electric Potential

    Volts

    Attempts: 0

  4. What is the Electric Potential Energy of the charged ion if it is at position A?

    Position A PE

    x10^

    Joules

    Attempts: 0

  5. What is the Electric Potential at position B?

    Electric Potential

    Volts

    Attempts: 0

  6. What is the Electric Potential Energy of the charged ion if it is at position B?

    Position B PE

    x10^

    Joules

    Attempts: 0

  7. What is the Electric Potential at position C?

    Electric Potential

    Volts

    Attempts: 0

  8. What is the Electric Potential Energy of the charged ion if it is at position C?

    Position C PE

    x10^

    Joules

    Attempts: 0

  9. What is the Electric Potential at position D?

    Electric Potential

    Volts

    Attempts: 0

  10. What is the Electric Potential Energy of the charged ion if it is at position D?

    Position D PE

    x10^

    Joules

    Attempts: 0

  11. How much work would be required to move the charged ion from Position D to Position C to Position B to Position A?

    Work

    x10^

    Joules

    Attempts: 0

  12. How much work would be required to move the charged ion from the negative plate to the positive plate?

    Work

    x10^

    Joules

    Attempts: 0

  13. What is the force required to move the charge against the field at constant velocity?

    Force

    x10^

    Newtons

    Attempts: 0

  14. If the charged Chlorine ion of mass 5.76*10-26 kg was released at the positive plate how fast would it be going by the time it got to the negative plate?

    Velocity

    x10^

    m/s

    Attempts: 0

  15. What would be the acceleration of the ion?

    Acceleration

    x10^

    m/s/s

    Attempts: 0

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