359401 Assertion :
\(A\) and \(B\) are two conducting spheres of same radius. \(A\) being solid and \(B\) hollow. Both are charged to the same potential. Then, charge on \(A=\) charge on \(B\).
Reason :
Potentials on both are same

359402 Two metal spheres of radii 0.01 \(m\) and 0.02 \(m\) are given a charge of 15 \(mC\) and 45 \(mC\) respectively. They are then connected by a wire. The final charge on the first sphere is ......\( \times {10^{ - 3}}C\)

359403 Assertion :
No work is done in taking a positive charge from one point to other inside a positively charged metallic sphere while outside the sphere work is done in taking the charge toward the sphere.
Reason :
Inside the sphere electric potential is same at each point, but outside it is different for different points.

359404 The energy stored in the electric field produced by a metal sphere is 4.5 \(J\). If the sphere contains \(4\mu C\) charge, its radius will be:

359401 Assertion :
\(A\) and \(B\) are two conducting spheres of same radius. \(A\) being solid and \(B\) hollow. Both are charged to the same potential. Then, charge on \(A=\) charge on \(B\).
Reason :
Potentials on both are same

359402 Two metal spheres of radii 0.01 \(m\) and 0.02 \(m\) are given a charge of 15 \(mC\) and 45 \(mC\) respectively. They are then connected by a wire. The final charge on the first sphere is ......\( \times {10^{ - 3}}C\)

359403 Assertion :
No work is done in taking a positive charge from one point to other inside a positively charged metallic sphere while outside the sphere work is done in taking the charge toward the sphere.
Reason :
Inside the sphere electric potential is same at each point, but outside it is different for different points.

359404 The energy stored in the electric field produced by a metal sphere is 4.5 \(J\). If the sphere contains \(4\mu C\) charge, its radius will be:

359401 Assertion :
\(A\) and \(B\) are two conducting spheres of same radius. \(A\) being solid and \(B\) hollow. Both are charged to the same potential. Then, charge on \(A=\) charge on \(B\).
Reason :
Potentials on both are same

359402 Two metal spheres of radii 0.01 \(m\) and 0.02 \(m\) are given a charge of 15 \(mC\) and 45 \(mC\) respectively. They are then connected by a wire. The final charge on the first sphere is ......\( \times {10^{ - 3}}C\)

359403 Assertion :
No work is done in taking a positive charge from one point to other inside a positively charged metallic sphere while outside the sphere work is done in taking the charge toward the sphere.
Reason :
Inside the sphere electric potential is same at each point, but outside it is different for different points.

359404 The energy stored in the electric field produced by a metal sphere is 4.5 \(J\). If the sphere contains \(4\mu C\) charge, its radius will be:

359401 Assertion :
\(A\) and \(B\) are two conducting spheres of same radius. \(A\) being solid and \(B\) hollow. Both are charged to the same potential. Then, charge on \(A=\) charge on \(B\).
Reason :
Potentials on both are same

359402 Two metal spheres of radii 0.01 \(m\) and 0.02 \(m\) are given a charge of 15 \(mC\) and 45 \(mC\) respectively. They are then connected by a wire. The final charge on the first sphere is ......\( \times {10^{ - 3}}C\)

359403 Assertion :
No work is done in taking a positive charge from one point to other inside a positively charged metallic sphere while outside the sphere work is done in taking the charge toward the sphere.
Reason :
Inside the sphere electric potential is same at each point, but outside it is different for different points.

359404 The energy stored in the electric field produced by a metal sphere is 4.5 \(J\). If the sphere contains \(4\mu C\) charge, its radius will be: