The given graph shows variation (with distance r from centre) of :

Question

The given graph shows variation (with distance r from centre) of : (A) Potential of a uniformly charged sphere (B) Potential of a uniformly charged spherical shell (C) Electric field of uniformly charged spherical shellre (D) Electric field of uniformly charged sphe

Tardigrade Admin · Accepted Answer

F or a spherical shell of radius r 0 beginarrayll V =( KQ / r 0) text for x < r 0 V =( KQ / x ) text for x > r endarray ∴ this graph is for uniformly charged spherical shell

Q. The given graph shows variation (with distance r from centre) of :

Potential of a uniformly charged sphere

Potential of a uniformly charged spherical shell

Electric field of uniformly charged spherical shellre

Electric field of uniformly charged sphe

F or a spherical shell of radius
$r_{0}$ \begin{array}{ll} V & =\frac{ KQ }{ r _{0}} & \text { for } x < r _{0} \\ V & =\frac{ KQ }{ x } & \text { for } x > r \end{array}
$∴$ this graph is for uniformly charged spherical shell

Q. The given graph shows variation (with distance r from centre) of :

Potential of a uniformly charged sphere

Potential of a uniformly charged spherical shell

Electric field of uniformly charged spherical shellre

Electric field of uniformly charged sphe

F or a spherical shell of radius r0​ \begin{array}{ll} V & =\frac{ KQ }{ r _{0}} & \text { for } x < r _{0} \\ V & =\frac{ KQ }{ x } & \text { for } x > r \end{array} ∴ this graph is for uniformly charged spherical shell

F or a spherical shell of radius
$r_{0}$ \begin{array}{ll} V & =\frac{ KQ }{ r _{0}} & \text { for } x < r _{0} \\ V & =\frac{ KQ }{ x } & \text { for } x > r \end{array}
$∴$ this graph is for uniformly charged spherical shell