Check Your Understanding When the emf across a capacitor Is turned on and the capacitor Is allowed to charge, when does the magnetic field Induced by the displacement current have the greatest magnitude?

Question

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Answer 1

Textbook Question

Chapter 16, Problem 16.1CYU

Check Your Understanding When the emf across a capacitor Is turned on and the capacitor Is allowed to charge, when does the magnetic field Induced by the displacement current have the greatest magnitude?

Expert Solution & Answer

To determine

To Explain:

The time when magnetic field induced by the displacement current has the greatest magnitude.

Explanation of Solution

Introduction:

Capacitor is allowed to charge when EMF is turned on across the capacitor. It is greatest immediately after EMFis turned on. Electric field changes at the plates then displacement current and magnetic field are proportional to rate of change.

The displacement current and the magnetic field across the capacitor are proportional to the rate of change of electric field between the plates. When EMF is turned on across the capacitor, Electric field changes at the plates, by which the displacement current is induced. By this displacement, current magnetic field is generated which has greatest value when the plates begin to charge.

Conclusion:

There is a dielectric medium between the plates of capacitor, so it has to be maintained when EMF is turned on to the capacitor. It is allowed to charge. By charging on, magnetic field is generated due to displacement current and have highest magnitude.

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Students have asked these similar questions

L1=5.2m L2=0.5m L3=1.7m L4=0.6m L5=0.5m L6=0.5m V2=5.4m/s

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I don't know why part A is wrong and can you help me with part B as well

Answer 2

Textbook Question

Chapter 16, Problem 16.1CYU

Check Your Understanding When the emf across a capacitor Is turned on and the capacitor Is allowed to charge, when does the magnetic field Induced by the displacement current have the greatest magnitude?

Expert Solution & Answer

To determine

To Explain:

The time when magnetic field induced by the displacement current has the greatest magnitude.

Explanation of Solution

Introduction:

Capacitor is allowed to charge when EMF is turned on across the capacitor. It is greatest immediately after EMFis turned on. Electric field changes at the plates then displacement current and magnetic field are proportional to rate of change.

The displacement current and the magnetic field across the capacitor are proportional to the rate of change of electric field between the plates. When EMF is turned on across the capacitor, Electric field changes at the plates, by which the displacement current is induced. By this displacement, current magnetic field is generated which has greatest value when the plates begin to charge.

Conclusion:

There is a dielectric medium between the plates of capacitor, so it has to be maintained when EMF is turned on to the capacitor. It is allowed to charge. By charging on, magnetic field is generated due to displacement current and have highest magnitude.

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Answer 3

Textbook Question

Chapter 16, Problem 16.1CYU

Check Your Understanding When the emf across a capacitor Is turned on and the capacitor Is allowed to charge, when does the magnetic field Induced by the displacement current have the greatest magnitude?

Expert Solution & Answer

To determine

To Explain:

The time when magnetic field induced by the displacement current has the greatest magnitude.

Explanation of Solution

Introduction:

Capacitor is allowed to charge when EMF is turned on across the capacitor. It is greatest immediately after EMFis turned on. Electric field changes at the plates then displacement current and magnetic field are proportional to rate of change.

The displacement current and the magnetic field across the capacitor are proportional to the rate of change of electric field between the plates. When EMF is turned on across the capacitor, Electric field changes at the plates, by which the displacement current is induced. By this displacement, current magnetic field is generated which has greatest value when the plates begin to charge.

Conclusion:

There is a dielectric medium between the plates of capacitor, so it has to be maintained when EMF is turned on to the capacitor. It is allowed to charge. By charging on, magnetic field is generated due to displacement current and have highest magnitude.

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Answer 4

Textbook Question

Chapter 16, Problem 16.1CYU

Check Your Understanding When the emf across a capacitor Is turned on and the capacitor Is allowed to charge, when does the magnetic field Induced by the displacement current have the greatest magnitude?

Expert Solution & Answer

To determine

To Explain:

The time when magnetic field induced by the displacement current has the greatest magnitude.

Explanation of Solution

Introduction:

Capacitor is allowed to charge when EMF is turned on across the capacitor. It is greatest immediately after EMFis turned on. Electric field changes at the plates then displacement current and magnetic field are proportional to rate of change.

The displacement current and the magnetic field across the capacitor are proportional to the rate of change of electric field between the plates. When EMF is turned on across the capacitor, Electric field changes at the plates, by which the displacement current is induced. By this displacement, current magnetic field is generated which has greatest value when the plates begin to charge.

Conclusion:

There is a dielectric medium between the plates of capacitor, so it has to be maintained when EMF is turned on to the capacitor. It is allowed to charge. By charging on, magnetic field is generated due to displacement current and have highest magnitude.

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Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

To determine

To Explain:

The time when magnetic field induced by the displacement current has the greatest magnitude.

Explanation of Solution

Introduction:

Capacitor is allowed to charge when EMF is turned on across the capacitor. It is greatest immediately after EMFis turned on. Electric field changes at the plates then displacement current and magnetic field are proportional to rate of change.

The displacement current and the magnetic field across the capacitor are proportional to the rate of change of electric field between the plates. When EMF is turned on across the capacitor, Electric field changes at the plates, by which the displacement current is induced. By this displacement, current magnetic field is generated which has greatest value when the plates begin to charge.

Conclusion:

There is a dielectric medium between the plates of capacitor, so it has to be maintained when EMF is turned on to the capacitor. It is allowed to charge. By charging on, magnetic field is generated due to displacement current and have highest magnitude.

Answer 8

Expert Solution & Answer

To determine

To Explain:

The time when magnetic field induced by the displacement current has the greatest magnitude.

Explanation of Solution

Introduction:

Capacitor is allowed to charge when EMF is turned on across the capacitor. It is greatest immediately after EMFis turned on. Electric field changes at the plates then displacement current and magnetic field are proportional to rate of change.

The displacement current and the magnetic field across the capacitor are proportional to the rate of change of electric field between the plates. When EMF is turned on across the capacitor, Electric field changes at the plates, by which the displacement current is induced. By this displacement, current magnetic field is generated which has greatest value when the plates begin to charge.

Conclusion:

There is a dielectric medium between the plates of capacitor, so it has to be maintained when EMF is turned on to the capacitor. It is allowed to charge. By charging on, magnetic field is generated due to displacement current and have highest magnitude.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

To determine

To Explain:

The time when magnetic field induced by the displacement current has the greatest magnitude.

Answer 12

Explanation of Solution

Introduction:

Capacitor is allowed to charge when EMF is turned on across the capacitor. It is greatest immediately after EMFis turned on. Electric field changes at the plates then displacement current and magnetic field are proportional to rate of change.

The displacement current and the magnetic field across the capacitor are proportional to the rate of change of electric field between the plates. When EMF is turned on across the capacitor, Electric field changes at the plates, by which the displacement current is induced. By this displacement, current magnetic field is generated which has greatest value when the plates begin to charge.

Conclusion:

There is a dielectric medium between the plates of capacitor, so it has to be maintained when EMF is turned on to the capacitor. It is allowed to charge. By charging on, magnetic field is generated due to displacement current and have highest magnitude.

Answer 13

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Check Your Understanding When the emf across a capacitor Is turned on and the capacitor Is allowed to charge, when does the magnetic field Induced by the displacement current have the greatest magnitude?

Explanation of Solution

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