359409 Two metallic spheres of radii \(1\;cm\) and \(3\;cm\) are given charges of \( - 1 \times {10^{ - 2}}C\) and \(5 \times {10^{ - 2}}C\), respectively. If these are connected by a conducting wire, the final charge on the bigger sphere is

359410 Two charged conducting spheres of radii \(a\) and \(b\) are connected to each other by a conducting wire. The ratio of charges of the two spheres respectively is

359411 A spherical shell of radius 10 \(cm\) is carrying a charge \(q\). If the electric potential at distances 5 \(cm\), 10 \(cm\) and 15 \(cm\) from the centre of the spherical shell is \({V_1},{V_2}\,and\,{V_3}\) respectively, then

359412 Assertion :
A positively charged rod is held near a neutral conducting solid sphere as illustrated below. The sphere lies on a insulated stand. The potential of ground (or earth) is zero. The potential at point \(A\) (point a need not be centre of the sphere) is higher compared to potential of ground (earth).

Reason :
In the situation of assertion, the potential at the centre of conducting sphere is positive. The solid sphere being conducting, potential at each point in the sphere is same.

359409 Two metallic spheres of radii \(1\;cm\) and \(3\;cm\) are given charges of \( - 1 \times {10^{ - 2}}C\) and \(5 \times {10^{ - 2}}C\), respectively. If these are connected by a conducting wire, the final charge on the bigger sphere is

359410 Two charged conducting spheres of radii \(a\) and \(b\) are connected to each other by a conducting wire. The ratio of charges of the two spheres respectively is

359411 A spherical shell of radius 10 \(cm\) is carrying a charge \(q\). If the electric potential at distances 5 \(cm\), 10 \(cm\) and 15 \(cm\) from the centre of the spherical shell is \({V_1},{V_2}\,and\,{V_3}\) respectively, then

359412 Assertion :
A positively charged rod is held near a neutral conducting solid sphere as illustrated below. The sphere lies on a insulated stand. The potential of ground (or earth) is zero. The potential at point \(A\) (point a need not be centre of the sphere) is higher compared to potential of ground (earth).

Reason :
In the situation of assertion, the potential at the centre of conducting sphere is positive. The solid sphere being conducting, potential at each point in the sphere is same.

359409 Two metallic spheres of radii \(1\;cm\) and \(3\;cm\) are given charges of \( - 1 \times {10^{ - 2}}C\) and \(5 \times {10^{ - 2}}C\), respectively. If these are connected by a conducting wire, the final charge on the bigger sphere is

359410 Two charged conducting spheres of radii \(a\) and \(b\) are connected to each other by a conducting wire. The ratio of charges of the two spheres respectively is

359411 A spherical shell of radius 10 \(cm\) is carrying a charge \(q\). If the electric potential at distances 5 \(cm\), 10 \(cm\) and 15 \(cm\) from the centre of the spherical shell is \({V_1},{V_2}\,and\,{V_3}\) respectively, then

359412 Assertion :
A positively charged rod is held near a neutral conducting solid sphere as illustrated below. The sphere lies on a insulated stand. The potential of ground (or earth) is zero. The potential at point \(A\) (point a need not be centre of the sphere) is higher compared to potential of ground (earth).

Reason :
In the situation of assertion, the potential at the centre of conducting sphere is positive. The solid sphere being conducting, potential at each point in the sphere is same.

359409 Two metallic spheres of radii \(1\;cm\) and \(3\;cm\) are given charges of \( - 1 \times {10^{ - 2}}C\) and \(5 \times {10^{ - 2}}C\), respectively. If these are connected by a conducting wire, the final charge on the bigger sphere is

359410 Two charged conducting spheres of radii \(a\) and \(b\) are connected to each other by a conducting wire. The ratio of charges of the two spheres respectively is

359411 A spherical shell of radius 10 \(cm\) is carrying a charge \(q\). If the electric potential at distances 5 \(cm\), 10 \(cm\) and 15 \(cm\) from the centre of the spherical shell is \({V_1},{V_2}\,and\,{V_3}\) respectively, then

359412 Assertion :
A positively charged rod is held near a neutral conducting solid sphere as illustrated below. The sphere lies on a insulated stand. The potential of ground (or earth) is zero. The potential at point \(A\) (point a need not be centre of the sphere) is higher compared to potential of ground (earth).

Reason :
In the situation of assertion, the potential at the centre of conducting sphere is positive. The solid sphere being conducting, potential at each point in the sphere is same.