Is it possible for a metal sphere of radius 1 cm to hold a charge of 1C ?

Can a metal sphere of radius 1 cm hold a charge of 1 C?

Assertion: A metal sphere of radius 1 cm can not hold a charge of 1 coulomb Reason: For placing a charge of 1 coulomb on a shere of radius 1 cm, its potential has to eb raised to = 9 xx 10^22 V

Two copper spheres of radii, one hollow and the other solid are charged to the same potential. a. Which of the two will hold was charge? b. Can a metal sphere a radius 1 cm hold a charge of 1 C? c. What is your justification?

A metal of radius of 1 cm can not hold a charge of 1 coulomb. Why?

If dielectric strength of air (minimum field required for ionisation of a medium) is 3 M V//m , can a metal sphere of radius 1cm hold a charge of 1 coulomb ?

A metal sphere of radius R carrying q (+ve) charges is shown in the figure. br "A sphere of radius 1cm can hold a charge of 1 coulomb" Comment on the statement.

A charge of magnitude 2muC is distributed uniformly throughout the soild metal sphere of radius 1 cm, them volume charge density of sphere is

What should be the charge on a sphere of radius 4 cm, so that when it is brought in contact with another sphere of radius 2 cm carrying charge of 10 mu C , there is no transfer of charge from one sphere to other ?