can we provide infinite amount of charge on any conductor . if not then why
Answers
Answer:
Technically, storing or providing infinite charge to a conductor is not possible. This is because this is similar to filling a glass jar with sand. There are millions of small sand particles in the jar. If one asked you to count the particles it would be a real tough ask. Even if you manage to count them, there is a high probability of getting an erroneous value. To minimize such difficulties the concept of Infinity has been introduced.
Now coming back to the question, every conductor, irrespective of its shape and size has a charge storing capacity. Since every material is made up of it's constituent atoms, there has to be a limit to which a conductor can accommodate the atoms. Now atoms are composed of fixed number of electrons, hence once again there is a limit to the number of Electrons present.
Charge is nothing but electrons themselves. Any amount of charge provided beyond the carrying capacity of the conductor will result in Charge overflow which is similar to the sand overflowing from the jar. This will never contribute to the total charge contained in a conductor.
Hope that helps .
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Charge is referred to as the amount of electric current flowing through a conductor in total time. Charge depends upon the voltage provided by the emf source.
If charge has to be infinite it is either that time is infinite or voltage is infinite, as time is not considerable it is possible to have infinite charge with infinite VOLTAGE, but making a source give out infinite voltage is not possible thus charge can't be possibly infinite.
Charge = time * voltage
Hope it helps.