Suppose two nearby conductors carry the same negative charge. Can there be a potential difference between them? If so, can the definition of capacitance, C = Q / V , be used here?

Question

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Answer 1

Textbook Question

Chapter 24, Problem 1Q

Suppose two nearby conductors carry the same negative charge. Can there be a potential difference between them? If so, can the definition of capacitance, C = Q/V, be used here?

Expert Solution & Answer

To determine

If two nearby conductors carry the same negative charges means does it carry the potential difference between them, if so capacitance can be used here.

Answer to Problem 1Q

Yes, there will be potential difference between the two nearby conductors carry the same negative charges, and definition of capacitance cannot be used here.

Explanation of Solution

Suppose two nearby conductors carry same charges, there would be potential difference because they have different charge densities. When they have same amount with same sign charges then there would zero potential difference.

So, that the definition of capacitance C=Q/V cannot be used because for the case of capacitance both conductors should have same amount but opposite charges.

Conclusion:

Yes, there will be potential difference between the two nearby conductors carry the same negative charges, and definition of capacitance cannot be used here.

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01:19

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Answer 2

Textbook Question

Chapter 24, Problem 1Q

Suppose two nearby conductors carry the same negative charge. Can there be a potential difference between them? If so, can the definition of capacitance, C = Q/V, be used here?

Expert Solution & Answer

To determine

If two nearby conductors carry the same negative charges means does it carry the potential difference between them, if so capacitance can be used here.

Answer to Problem 1Q

Yes, there will be potential difference between the two nearby conductors carry the same negative charges, and definition of capacitance cannot be used here.

Explanation of Solution

Suppose two nearby conductors carry same charges, there would be potential difference because they have different charge densities. When they have same amount with same sign charges then there would zero potential difference.

So, that the definition of capacitance C=Q/V cannot be used because for the case of capacitance both conductors should have same amount but opposite charges.

Conclusion:

Yes, there will be potential difference between the two nearby conductors carry the same negative charges, and definition of capacitance cannot be used here.

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01:19

Answer 3

Textbook Question

Chapter 24, Problem 1Q

Suppose two nearby conductors carry the same negative charge. Can there be a potential difference between them? If so, can the definition of capacitance, C = Q/V, be used here?

Expert Solution & Answer

To determine

If two nearby conductors carry the same negative charges means does it carry the potential difference between them, if so capacitance can be used here.

Answer to Problem 1Q

Yes, there will be potential difference between the two nearby conductors carry the same negative charges, and definition of capacitance cannot be used here.

Explanation of Solution

Suppose two nearby conductors carry same charges, there would be potential difference because they have different charge densities. When they have same amount with same sign charges then there would zero potential difference.

So, that the definition of capacitance C=Q/V cannot be used because for the case of capacitance both conductors should have same amount but opposite charges.

Conclusion:

Yes, there will be potential difference between the two nearby conductors carry the same negative charges, and definition of capacitance cannot be used here.

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01:19

Answer 4

Textbook Question

Chapter 24, Problem 1Q

Suppose two nearby conductors carry the same negative charge. Can there be a potential difference between them? If so, can the definition of capacitance, C = Q/V, be used here?

Expert Solution & Answer

To determine

If two nearby conductors carry the same negative charges means does it carry the potential difference between them, if so capacitance can be used here.

Answer to Problem 1Q

Yes, there will be potential difference between the two nearby conductors carry the same negative charges, and definition of capacitance cannot be used here.

Explanation of Solution

Suppose two nearby conductors carry same charges, there would be potential difference because they have different charge densities. When they have same amount with same sign charges then there would zero potential difference.

So, that the definition of capacitance C=Q/V cannot be used because for the case of capacitance both conductors should have same amount but opposite charges.

Conclusion:

Yes, there will be potential difference between the two nearby conductors carry the same negative charges, and definition of capacitance cannot be used here.

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01:19

Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

To determine

If two nearby conductors carry the same negative charges means does it carry the potential difference between them, if so capacitance can be used here.

Answer to Problem 1Q

Yes, there will be potential difference between the two nearby conductors carry the same negative charges, and definition of capacitance cannot be used here.

Explanation of Solution

Suppose two nearby conductors carry same charges, there would be potential difference because they have different charge densities. When they have same amount with same sign charges then there would zero potential difference.

So, that the definition of capacitance C=Q/V cannot be used because for the case of capacitance both conductors should have same amount but opposite charges.

Conclusion:

Yes, there will be potential difference between the two nearby conductors carry the same negative charges, and definition of capacitance cannot be used here.

Answer 8

Expert Solution & Answer

To determine

If two nearby conductors carry the same negative charges means does it carry the potential difference between them, if so capacitance can be used here.

Answer to Problem 1Q

Yes, there will be potential difference between the two nearby conductors carry the same negative charges, and definition of capacitance cannot be used here.

Explanation of Solution

Suppose two nearby conductors carry same charges, there would be potential difference because they have different charge densities. When they have same amount with same sign charges then there would zero potential difference.

So, that the definition of capacitance C=Q/V cannot be used because for the case of capacitance both conductors should have same amount but opposite charges.

Conclusion:

Yes, there will be potential difference between the two nearby conductors carry the same negative charges, and definition of capacitance cannot be used here.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

To determine

If two nearby conductors carry the same negative charges means does it carry the potential difference between them, if so capacitance can be used here.

Answer 12

Answer to Problem 1Q

Yes, there will be potential difference between the two nearby conductors carry the same negative charges, and definition of capacitance cannot be used here.

Answer 13

Explanation of Solution

Suppose two nearby conductors carry same charges, there would be potential difference because they have different charge densities. When they have same amount with same sign charges then there would zero potential difference.

So, that the definition of capacitance C=Q/V cannot be used because for the case of capacitance both conductors should have same amount but opposite charges.

Conclusion:

Yes, there will be potential difference between the two nearby conductors carry the same negative charges, and definition of capacitance cannot be used here.