Redistribution of Charge: Common Potential: Redistribution of Charges when two charged drivers are connected to each other
पुनर
Redistribution of Charge: Common Potential: -⬇️
Now if both drivers are connected by a thin wire, then the positive charge starts going from the conductor A of the higher potential to the conductor B below the voltage until the potential of both is equal. In other words, the re-distribution of charges on connecting the drivers While the total amount of charge remains constant if the two conductors are at a sufficient distance from each other so that they are not greatly affecting each other and the thin connectors If the capacitance of R is negligible then their combined capacitance will be C1 + C2. Now, if the potential potential of the conductors is V after the distribution of charges then the common potential is ⬇️.
The amount of charge transferred
Quantity Of Transform Charge⬇️
: -
In rehabilitation delivery charges energy losses
Loss of energy in redistribution of charges: -
When Huff then flows to the conductor potential below the high potential conductor is a work in process, although the total amount of charge both drivers the same So before adding the drivers
It has both capacitance and is positive and due to the voltage also being positive, it is known that there is always a loss of energy in the regeneration of charges, this is because the charge in the regeneration is through the wire connecting the two conductors. Some energy flows in the form of heat and some is lost in the form of light or sound 🔴 Full video can be seen on our YouTube channel The link given below is https://youtu.be/S7tPcZ4lv1w
Redistribution of Charge: Common Potential: -⬇️
Quantity Of Transform Charge⬇️
: -
Loss of energy in redistribution of charges: -
When Huff then flows to the conductor potential below the high potential conductor is a work in process, although the total amount of charge both drivers the same So before adding the drivers
It has both capacitance and is positive and due to the voltage also being positive, it is known that there is always a loss of energy in the regeneration of charges, this is because the charge in the regeneration is through the wire connecting the two conductors. Some energy flows in the form of heat and some is lost in the form of light or sound 🔴 Full video can be seen on our YouTube channel The link given below is https://youtu.be/S7tPcZ4lv1w
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