Electro
force on shell and charge is same
first charge and shell will cover distance R/2 then charge is just inside shell , potential inside shell is 0 , acc is 0 they both travel with const Velocity for R distance , R by charge , R by shell
Distance travelled by Charge = R + R/2 = 3R/2 this is the answer and const velocity for R distance , this also the answer but
Pt of charge at start = KqQ/R and it wont just decrease linearly since shell is also moving , how will we find speed?
first charge and shell will cover distance R/2 then charge is just inside shell , potential inside shell is 0 , acc is 0 they both travel with const Velocity for R distance , R by charge , R by shell
Distance travelled by Charge = R + R/2 = 3R/2 this is the answer and const velocity for R distance , this also the answer but
Pt of charge at start = KqQ/R and it wont just decrease linearly since shell is also moving , how will we find speed?
