359418
The electrostatic potential on the surface of a charged conducting sphere is 50 \(V\). Two statements are made in this regard.
\({S_1}\) : At any point inside the sphere, electric intensity is zero.
\({S_2}\) : At any point inside the sphere, electrostatic potential is 50 \(V\).
Which of the following is a correct statement?
359419
Assertion :
Two concentric conducting spherical shells are charged. The charge on the outer shell is varied keeping the charge on inner shell constant, as a result the electric potential difference between the two shells does not change.
Reason :
In the situation of assertion, the electric field in the region between both the shells depends only on the charge existing on the inner shell.
359421
A system consists of two metallic spheres of radii \({r_1}\) and \({r_2}\) connected by a thin wire and a switch \(S\) as shown. Initially S is open and spheres carry charges \({q_1}\) and \({q_2}\) respectively. If the switch is closed, the potential of the system is:
359418
The electrostatic potential on the surface of a charged conducting sphere is 50 \(V\). Two statements are made in this regard.
\({S_1}\) : At any point inside the sphere, electric intensity is zero.
\({S_2}\) : At any point inside the sphere, electrostatic potential is 50 \(V\).
Which of the following is a correct statement?
359419
Assertion :
Two concentric conducting spherical shells are charged. The charge on the outer shell is varied keeping the charge on inner shell constant, as a result the electric potential difference between the two shells does not change.
Reason :
In the situation of assertion, the electric field in the region between both the shells depends only on the charge existing on the inner shell.
359421
A system consists of two metallic spheres of radii \({r_1}\) and \({r_2}\) connected by a thin wire and a switch \(S\) as shown. Initially S is open and spheres carry charges \({q_1}\) and \({q_2}\) respectively. If the switch is closed, the potential of the system is:
359418
The electrostatic potential on the surface of a charged conducting sphere is 50 \(V\). Two statements are made in this regard.
\({S_1}\) : At any point inside the sphere, electric intensity is zero.
\({S_2}\) : At any point inside the sphere, electrostatic potential is 50 \(V\).
Which of the following is a correct statement?
359419
Assertion :
Two concentric conducting spherical shells are charged. The charge on the outer shell is varied keeping the charge on inner shell constant, as a result the electric potential difference between the two shells does not change.
Reason :
In the situation of assertion, the electric field in the region between both the shells depends only on the charge existing on the inner shell.
359421
A system consists of two metallic spheres of radii \({r_1}\) and \({r_2}\) connected by a thin wire and a switch \(S\) as shown. Initially S is open and spheres carry charges \({q_1}\) and \({q_2}\) respectively. If the switch is closed, the potential of the system is:
359418
The electrostatic potential on the surface of a charged conducting sphere is 50 \(V\). Two statements are made in this regard.
\({S_1}\) : At any point inside the sphere, electric intensity is zero.
\({S_2}\) : At any point inside the sphere, electrostatic potential is 50 \(V\).
Which of the following is a correct statement?
359419
Assertion :
Two concentric conducting spherical shells are charged. The charge on the outer shell is varied keeping the charge on inner shell constant, as a result the electric potential difference between the two shells does not change.
Reason :
In the situation of assertion, the electric field in the region between both the shells depends only on the charge existing on the inner shell.
359421
A system consists of two metallic spheres of radii \({r_1}\) and \({r_2}\) connected by a thin wire and a switch \(S\) as shown. Initially S is open and spheres carry charges \({q_1}\) and \({q_2}\) respectively. If the switch is closed, the potential of the system is: