Question

what do you understand by conservation of charge.Give one example to illustrate​

Answer 1

Answer:

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Explanation:

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Answer 2

Answer:

Conservation of Charge is a fundamental property of charge

According to it, a charge in an isolated system always remains conserved

Explanation:

For example:-

Lets say you have body A which is having 20 electrons and 20 protons and You have one more body B , which is having 10 electrons and 10 protons.

So, lets, imagine, you have brought both the bodies close to each other, and no external force is acting.

So, let's imagine one electron flows from Body B to A. Therefore, now Body B has 9 electrons and 10 protons, while Body A has 21 electrons and 20 protons.

But, if we carefully see, in this case:-

Total number of protons = Total number of electrons

              30 protons         =        30 electrons

[Therefore, in this case, Total Charge (Net Charge) in an isolated system can be counted as Zero, as no. of protons are equal to no. of electrons.]

[here, total means no. of electrons/protons present in Body A and B combined.]

So same case happens when transfer of electrons take place, the overall charge remains conserved in your isolated system.

[Remember:- Here electrons represent Negative charge, while protons represent positive charge]

Alternative Definition of Conservation of Charge:- Charge can neither be created nor be destroyed in an isolated system