3 Fixed random capitalization.

# Does Voltage dropsvoltage drop with discharge?

Does Voltage dropsvoltage drop with discharge  ? Since Voltagevoltage is the potentiality between two charges to re-balance (from my understanding).

I mean, once all charges are equally shared between both capacitor sides, there is no potentiality between the charges to re-balance since they are now balanced.

1. Can we tell that Voltage dropvoltage drops when a capacitor discharge discharges?

2. If yes, does this mean that my 9V lithium battery looseloses voltage while being used  ?

3. That would also mean that a LED would looselose brightness over time, is that the case  ?

# Does Voltage drops with discharge?

Does Voltage drops with discharge  ? Since Voltage is the potentiality between two charges to re-balance (from my understanding).

I mean, once all charges are equally shared between both capacitor sides, there is no potentiality between the charges to re-balance since they are now balanced.

1. Can we tell that Voltage drop when a capacitor discharge ?

2. If yes, does this mean that my 9V lithium battery loose voltage while being used  ?

3. That would also mean that a LED would loose brightness over time, is that the case  ?

# Does voltage drop with discharge?

Does voltage drop with discharge? Since voltage is the potentiality between two charges to re-balance (from my understanding).

I mean, once all charges are equally shared between both capacitor sides, there is no potentiality between the charges to re-balance since they are now balanced.

1. Can we tell that voltage drops when a capacitor discharges?

2. If yes, does this mean that my 9V lithium battery loses voltage while being used?

3. That would also mean that a LED would lose brightness over time, is that the case?

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Does Voltage drops with discharge ? Since Voltage is the potentiality between two chargecharges to re-balance (from my understanding).

I mean, once all charges are equally shared between both capacitor sides, there is no potentiality between the charges to re-balance since they are now balanced.

1. Can we tell that Voltage drop when a capacitor discharge ?

2. If yes, does this mean that my 9V lithium battery loose voltage while being used ?

3. That would also mean that mya LED would loose brightness over time, is that the case ?

Does Voltage drops with discharge ? Since Voltage is the potentiality between two charge to re-balance (from my understanding).

I mean, once all charges are equally shared between both capacitor sides, there is no potentiality between the charges to re-balance since they are now balanced.

1. Can we tell that Voltage drop when a capacitor discharge ?

2. If yes, does this mean that my 9V lithium battery loose voltage while being used ?

3. That would also mean that my LED would loose brightness over time, is that the case ?

Does Voltage drops with discharge ? Since Voltage is the potentiality between two charges to re-balance (from my understanding).

I mean, once all charges are equally shared between both capacitor sides, there is no potentiality between the charges to re-balance since they are now balanced.

1. Can we tell that Voltage drop when a capacitor discharge ?

2. If yes, does this mean that my 9V lithium battery loose voltage while being used ?

3. That would also mean that a LED would loose brightness over time, is that the case ?

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# Does Voltage drops with discharge?

Does Voltage drops with discharge ? Since Voltage is the potentiality between two charge to re-balance (from my understanding).

I mean, once all charges are equally shared between both capacitor sides, there is no potentiality between the charges to re-balance since they are now balanced.

1. Can we tell that Voltage drop when a capacitor discharge ?

2. If yes, does this mean that my 9V lithium battery loose voltage while being used ?

3. That would also mean that my LED would loose brightness over time, is that the case ?