The current present in the region of space between the plates of the capacitor during the discharging of the R C circuit.

Question

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Answer 1

Question

Chapter 34, Problem 34.1QQ

(i)

To determine

The current present in the region of space between the plates of the capacitor during the discharging of the RC circuit.

(i)

Expert Solution

Answer to Problem 34.1QQ

Option (b) displacement current but no conduction current.

Explanation of Solution

During the discharging of RC circuit, the capacitor contains displacement current. There is no conduction current, because there is no conductor between the plates. Due to the decreasing charge on the plates between the plates a time varying electric field is present. The displacement current is represented by the time varying electric flux.

Conclusion:

Since, the displacement current is represented by the time varying electric flux and there is no conductor between the plates. Thus, option (b) is correct.

As there is no conductor presents between the capacitor plates, there is no conduction current but the displacement current is present. Thus, option (a) is incorrect.

The displacement current is present but the conduction current is not presents between the plates so it is impossible to present both the currents between the plates. Thus, option (c) is incorrect.

As there is displacement current is present between the plates so it is not correct that there is no current of any type. Thus option (d) is incorrect.

(ii)

To determine

The field present in the region of space between the plates of the capacitor during the discharging of the RC circuit.

(ii)

Expert Solution

Answer to Problem 34.1QQ

Option (c) both the electric field and magnetic field.

Explanation of Solution

When a capacitor is fully charged after opening the circuit, after some time it starts to discharge. Due to the discharging of the capacitor there is only electric field is present.

After the some time when the discharging of the capacitor plates take place, the charge particle starts to move from one plate to another plate. This movement of the charge particle creates a magnetic field at the plate. So after discharge of a capacitor plate there is both electric and magnetic fields are present.

Conclusion:

Since, after the discharging of the capacitor plate there is electric field and magnetic field both are present. Thus, option (c) is correct.

As the magnetic field is also present with the electric field then there is no scope that there is no magnetic field. Thus, option (a) is incorrect.

As the electric field is present with the magnetic field then there is no scope that there is no electric field. Thus, option (b) is incorrect.

As the electric field and the magnetic field both are present it is not possible that there is a absence of any field. Thus, option (d) is incorrect.

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02:43

Students have asked these similar questions

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A 0.142-A current is charging a capacitor that has square plates 4.40 cm on each side. The plate separation is 4.00 mm. (a) Find the time rate of change of electric flux between the plates. V•m/s (b) Find the displacement current between the plates. A

Answer 2

Question

Chapter 34, Problem 34.1QQ

(i)

To determine

The current present in the region of space between the plates of the capacitor during the discharging of the RC circuit.

(i)

Expert Solution

Answer to Problem 34.1QQ

Option (b) displacement current but no conduction current.

Explanation of Solution

During the discharging of RC circuit, the capacitor contains displacement current. There is no conduction current, because there is no conductor between the plates. Due to the decreasing charge on the plates between the plates a time varying electric field is present. The displacement current is represented by the time varying electric flux.

Conclusion:

Since, the displacement current is represented by the time varying electric flux and there is no conductor between the plates. Thus, option (b) is correct.

As there is no conductor presents between the capacitor plates, there is no conduction current but the displacement current is present. Thus, option (a) is incorrect.

The displacement current is present but the conduction current is not presents between the plates so it is impossible to present both the currents between the plates. Thus, option (c) is incorrect.

As there is displacement current is present between the plates so it is not correct that there is no current of any type. Thus option (d) is incorrect.

(ii)

To determine

The field present in the region of space between the plates of the capacitor during the discharging of the RC circuit.

(ii)

Expert Solution

Answer to Problem 34.1QQ

Option (c) both the electric field and magnetic field.

Explanation of Solution

When a capacitor is fully charged after opening the circuit, after some time it starts to discharge. Due to the discharging of the capacitor there is only electric field is present.

After the some time when the discharging of the capacitor plates take place, the charge particle starts to move from one plate to another plate. This movement of the charge particle creates a magnetic field at the plate. So after discharge of a capacitor plate there is both electric and magnetic fields are present.

Conclusion:

Since, after the discharging of the capacitor plate there is electric field and magnetic field both are present. Thus, option (c) is correct.

As the magnetic field is also present with the electric field then there is no scope that there is no magnetic field. Thus, option (a) is incorrect.

As the electric field is present with the magnetic field then there is no scope that there is no electric field. Thus, option (b) is incorrect.

As the electric field and the magnetic field both are present it is not possible that there is a absence of any field. Thus, option (d) is incorrect.

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Answer 3

Question

Chapter 34, Problem 34.1QQ

(i)

To determine

The current present in the region of space between the plates of the capacitor during the discharging of the RC circuit.

(i)

Expert Solution

Answer to Problem 34.1QQ

Option (b) displacement current but no conduction current.

Explanation of Solution

During the discharging of RC circuit, the capacitor contains displacement current. There is no conduction current, because there is no conductor between the plates. Due to the decreasing charge on the plates between the plates a time varying electric field is present. The displacement current is represented by the time varying electric flux.

Conclusion:

Since, the displacement current is represented by the time varying electric flux and there is no conductor between the plates. Thus, option (b) is correct.

As there is no conductor presents between the capacitor plates, there is no conduction current but the displacement current is present. Thus, option (a) is incorrect.

The displacement current is present but the conduction current is not presents between the plates so it is impossible to present both the currents between the plates. Thus, option (c) is incorrect.

As there is displacement current is present between the plates so it is not correct that there is no current of any type. Thus option (d) is incorrect.

(ii)

To determine

The field present in the region of space between the plates of the capacitor during the discharging of the RC circuit.

(ii)

Expert Solution

Answer to Problem 34.1QQ

Option (c) both the electric field and magnetic field.

Explanation of Solution

When a capacitor is fully charged after opening the circuit, after some time it starts to discharge. Due to the discharging of the capacitor there is only electric field is present.

After the some time when the discharging of the capacitor plates take place, the charge particle starts to move from one plate to another plate. This movement of the charge particle creates a magnetic field at the plate. So after discharge of a capacitor plate there is both electric and magnetic fields are present.

Conclusion:

Since, after the discharging of the capacitor plate there is electric field and magnetic field both are present. Thus, option (c) is correct.

As the magnetic field is also present with the electric field then there is no scope that there is no magnetic field. Thus, option (a) is incorrect.

As the electric field is present with the magnetic field then there is no scope that there is no electric field. Thus, option (b) is incorrect.

As the electric field and the magnetic field both are present it is not possible that there is a absence of any field. Thus, option (d) is incorrect.

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Answer 4

Question

Chapter 34, Problem 34.1QQ

(i)

To determine

The current present in the region of space between the plates of the capacitor during the discharging of the RC circuit.

(i)

Expert Solution

Answer to Problem 34.1QQ

Option (b) displacement current but no conduction current.

Explanation of Solution

During the discharging of RC circuit, the capacitor contains displacement current. There is no conduction current, because there is no conductor between the plates. Due to the decreasing charge on the plates between the plates a time varying electric field is present. The displacement current is represented by the time varying electric flux.

Conclusion:

Since, the displacement current is represented by the time varying electric flux and there is no conductor between the plates. Thus, option (b) is correct.

As there is no conductor presents between the capacitor plates, there is no conduction current but the displacement current is present. Thus, option (a) is incorrect.

The displacement current is present but the conduction current is not presents between the plates so it is impossible to present both the currents between the plates. Thus, option (c) is incorrect.

As there is displacement current is present between the plates so it is not correct that there is no current of any type. Thus option (d) is incorrect.

(ii)

To determine

The field present in the region of space between the plates of the capacitor during the discharging of the RC circuit.

(ii)

Expert Solution

Answer to Problem 34.1QQ

Option (c) both the electric field and magnetic field.

Explanation of Solution

When a capacitor is fully charged after opening the circuit, after some time it starts to discharge. Due to the discharging of the capacitor there is only electric field is present.

After the some time when the discharging of the capacitor plates take place, the charge particle starts to move from one plate to another plate. This movement of the charge particle creates a magnetic field at the plate. So after discharge of a capacitor plate there is both electric and magnetic fields are present.

Conclusion:

Since, after the discharging of the capacitor plate there is electric field and magnetic field both are present. Thus, option (c) is correct.

As the magnetic field is also present with the electric field then there is no scope that there is no magnetic field. Thus, option (a) is incorrect.

As the electric field is present with the magnetic field then there is no scope that there is no electric field. Thus, option (b) is incorrect.

As the electric field and the magnetic field both are present it is not possible that there is a absence of any field. Thus, option (d) is incorrect.

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Answer 5

Chapter 34, Problem 34.1QQ

(i)

To determine

The current present in the region of space between the plates of the capacitor during the discharging of the RC circuit.

(i)

Expert Solution

Answer to Problem 34.1QQ

Option (b) displacement current but no conduction current.

Explanation of Solution

During the discharging of RC circuit, the capacitor contains displacement current. There is no conduction current, because there is no conductor between the plates. Due to the decreasing charge on the plates between the plates a time varying electric field is present. The displacement current is represented by the time varying electric flux.

Conclusion:

Since, the displacement current is represented by the time varying electric flux and there is no conductor between the plates. Thus, option (b) is correct.

As there is no conductor presents between the capacitor plates, there is no conduction current but the displacement current is present. Thus, option (a) is incorrect.

The displacement current is present but the conduction current is not presents between the plates so it is impossible to present both the currents between the plates. Thus, option (c) is incorrect.

As there is displacement current is present between the plates so it is not correct that there is no current of any type. Thus option (d) is incorrect.

(ii)

To determine

The field present in the region of space between the plates of the capacitor during the discharging of the RC circuit.

(ii)

Expert Solution

Answer to Problem 34.1QQ

Option (c) both the electric field and magnetic field.

Explanation of Solution

When a capacitor is fully charged after opening the circuit, after some time it starts to discharge. Due to the discharging of the capacitor there is only electric field is present.

After the some time when the discharging of the capacitor plates take place, the charge particle starts to move from one plate to another plate. This movement of the charge particle creates a magnetic field at the plate. So after discharge of a capacitor plate there is both electric and magnetic fields are present.

Conclusion:

Since, after the discharging of the capacitor plate there is electric field and magnetic field both are present. Thus, option (c) is correct.

As the magnetic field is also present with the electric field then there is no scope that there is no magnetic field. Thus, option (a) is incorrect.

As the electric field is present with the magnetic field then there is no scope that there is no electric field. Thus, option (b) is incorrect.

As the electric field and the magnetic field both are present it is not possible that there is a absence of any field. Thus, option (d) is incorrect.

Answer 6

Chapter 34, Problem 34.1QQ

(i)

To determine

The current present in the region of space between the plates of the capacitor during the discharging of the RC circuit.

(i)

Expert Solution

Answer to Problem 34.1QQ

Option (b) displacement current but no conduction current.

Explanation of Solution

During the discharging of RC circuit, the capacitor contains displacement current. There is no conduction current, because there is no conductor between the plates. Due to the decreasing charge on the plates between the plates a time varying electric field is present. The displacement current is represented by the time varying electric flux.

Conclusion:

Since, the displacement current is represented by the time varying electric flux and there is no conductor between the plates. Thus, option (b) is correct.

As there is no conductor presents between the capacitor plates, there is no conduction current but the displacement current is present. Thus, option (a) is incorrect.

The displacement current is present but the conduction current is not presents between the plates so it is impossible to present both the currents between the plates. Thus, option (c) is incorrect.

As there is displacement current is present between the plates so it is not correct that there is no current of any type. Thus option (d) is incorrect.

Answer 7

Chapter 34, Problem 34.1QQ

(i)

To determine

The current present in the region of space between the plates of the capacitor during the discharging of the RC circuit.

Answer 8

(i)

Expert Solution

Answer to Problem 34.1QQ

Option (b) displacement current but no conduction current.

Answer 9

(i)

Expert Solution

Answer 10

(i)

Expert Solution

Answer 11

Expert Solution

Answer 12

Explanation of Solution

During the discharging of RC circuit, the capacitor contains displacement current. There is no conduction current, because there is no conductor between the plates. Due to the decreasing charge on the plates between the plates a time varying electric field is present. The displacement current is represented by the time varying electric flux.

Conclusion:

Since, the displacement current is represented by the time varying electric flux and there is no conductor between the plates. Thus, option (b) is correct.

As there is no conductor presents between the capacitor plates, there is no conduction current but the displacement current is present. Thus, option (a) is incorrect.

The displacement current is present but the conduction current is not presents between the plates so it is impossible to present both the currents between the plates. Thus, option (c) is incorrect.

As there is displacement current is present between the plates so it is not correct that there is no current of any type. Thus option (d) is incorrect.

Answer 13

(ii)

To determine

The field present in the region of space between the plates of the capacitor during the discharging of the RC circuit.

(ii)

Expert Solution

Answer to Problem 34.1QQ

Option (c) both the electric field and magnetic field.

Explanation of Solution

When a capacitor is fully charged after opening the circuit, after some time it starts to discharge. Due to the discharging of the capacitor there is only electric field is present.

After the some time when the discharging of the capacitor plates take place, the charge particle starts to move from one plate to another plate. This movement of the charge particle creates a magnetic field at the plate. So after discharge of a capacitor plate there is both electric and magnetic fields are present.

Conclusion:

Since, after the discharging of the capacitor plate there is electric field and magnetic field both are present. Thus, option (c) is correct.

As the magnetic field is also present with the electric field then there is no scope that there is no magnetic field. Thus, option (a) is incorrect.

As the electric field is present with the magnetic field then there is no scope that there is no electric field. Thus, option (b) is incorrect.

As the electric field and the magnetic field both are present it is not possible that there is a absence of any field. Thus, option (d) is incorrect.

Answer 14

(ii)

To determine

The field present in the region of space between the plates of the capacitor during the discharging of the RC circuit.

Answer 15

(ii)

Expert Solution

Answer to Problem 34.1QQ

Option (c) both the electric field and magnetic field.

Answer 16

(ii)

Expert Solution

Answer 17

(ii)

Expert Solution

Answer 18

Expert Solution

Answer 19

Explanation of Solution

When a capacitor is fully charged after opening the circuit, after some time it starts to discharge. Due to the discharging of the capacitor there is only electric field is present.

After the some time when the discharging of the capacitor plates take place, the charge particle starts to move from one plate to another plate. This movement of the charge particle creates a magnetic field at the plate. So after discharge of a capacitor plate there is both electric and magnetic fields are present.

Conclusion:

Since, after the discharging of the capacitor plate there is electric field and magnetic field both are present. Thus, option (c) is correct.

As the magnetic field is also present with the electric field then there is no scope that there is no magnetic field. Thus, option (a) is incorrect.

As the electric field is present with the magnetic field then there is no scope that there is no electric field. Thus, option (b) is incorrect.

As the electric field and the magnetic field both are present it is not possible that there is a absence of any field. Thus, option (d) is incorrect.

Answer 20

Ch. 34 - Prob. 34.1QQ Ch. 34 - What is the phase difference between the...Ch. 34 - Prob. 34.3QQ Ch. 34 - Prob. 34.4QQ Ch. 34 - If the antenna in Figure 33.11 represents the...Ch. 34 - Prob. 34.6QQ Ch. 34 - A radio wave of frequency on the order of 105 Hz...Ch. 34 - A spherical interplanetary grain of dust of radius...Ch. 34 - Prob. 34.2OQ Ch. 34 - A typical microwave oven operates at a frequency...

The current present in the region of space between the plates of the capacitor during the discharging of the R C circuit.

The current present in the region of space between the plates of the capacitor during the discharging of the RC circuit.

Answer to Problem 34.1QQ

Explanation of Solution

The field present in the region of space between the plates of the capacitor during the discharging of the RC circuit.

Answer to Problem 34.1QQ

Explanation of Solution

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