[" Conduction electrons are uniformly distributed within a conducting plate.When it is placed in an electrostatic field "E" ,the "],[" electric field within the plate "]

Conduction electrons are almost uniformly distributed within a conducting plate. When placed in an electrostatic field E_1 the electric field within the plate

Conduction electrons are almost uniformly distributed within a conducting plate. When placed in an electric field vec(E ) , the electric field within the plate

Electric field inside a conducting sphere is

Conducting Plate/Sphere||Charge Distribution||Earthing of Conductor

Assertion. Capacity of a parallel plate condenser remains unaffected on introduced a conducting or insulating slab between the plates. Reason. In both the cases, electric field intensity between the plates increases.

Assertion. Capacity of a parllel plate condenser remains unaffected on introduced a conducting or insulating slab between the plates. Reason. In both the cases, electric field intensity between the plates increases.

Assertion. Capacity of a parallel plate condenser remains unaffected on introduced a conducting or insulating slab between the plates. Reason. In both the cases, electric field intensity between the plates increases.

When a charge Q is given to a non conductuing plate & conducting plate. Find the ratio of electric field produced by them ?