- #1
Kolahal Bhattacharya
- 135
- 1
In the context of properties of conductor & 1st Uniqueness theorem, Griffiths proves that field inside a cavity( empty of charge) within a conductor is 0.
Is the result same if we place a +q & a -q (so that Q(enc)=0)
suspended in air inside the cavity?
Is the result same if we place a +q & a -q (so that Q(enc)=0)
suspended in air inside the cavity?