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Anurag Verma
Jul 28, 2014
In the case of a hollow metal sphere, the electric field inside the shell is zero. This means that the potential inside the shell is constant. Therefore the pot...
Anurag Verma
Jul 28, 2014
Answer:
The specific resistivity of copper (metal) wil...
Letusknowwhy
May 15, 2014
Altaf Hussain Shaikh Ahmed
Apr 7, 2015
Shivansh Rawat
May 8, 2014
1. Equipotential surfaces never cross each other.
2. Equipotential surfaces give the direction o...
Misha Jain
Oct 13, 2014
Let R1 and R2 be the radii of spheres 1 and 2, respectively. Let Q1 and Q2 b...
Letusknowwhy
May 15, 2014
Variation of electric feild and potential with distance depends on which type of conductor you are using ...
Anurag Verma
Aug 9, 2014
(ii) Potential difference V = Q/C. As C increases and Q remains the same since the battery is disconnected, the p.d...
Anurag Verma
Jul 28, 2014
Altaf Hussain Shaikh Ahmed
Apr 7, 2015
Anurag Verma
Jul 28, 2014
In the case of a hollow metal sphere, the electric field inside the shell is zero. This means that the potential inside the shell is constant. Therefore the pot...
Anurag Verma
Jul 28, 2014
Answer:
The specific resistivity of copper (metal) wil...
Letusknowwhy
May 15, 2014
Altaf Hussain Shaikh Ahmed
Apr 7, 2015
Shivansh Rawat
May 8, 2014
1. Equipotential surfaces never cross each other.
2. Equipotential surfaces give the direction o...
Misha Jain
Oct 13, 2014
Let R1 and R2 be the radii of spheres 1 and 2, respectively. Let Q1 and Q2 b...
Letusknowwhy
May 15, 2014
Variation of electric feild and potential with distance depends on which type of conductor you are using ...
Anurag Verma
Aug 9, 2014
(ii) Potential difference V = Q/C. As C increases and Q remains the same since the battery is disconnected, the p.d...
Anurag Verma
Jul 28, 2014
Altaf Hussain Shaikh Ahmed
Apr 7, 2015