A positive point charge q is located inside a neutral hollow spherical conducting shell. The shell has inner radius a and outer radius b; (b−a is not negligible). The shell is centered on the origin. Which of the following graphs correctly represent the variation of electric field vs radius distance X or electric potential vs radial distance X. The point charge can be located anywhere inside shell on X−axis

A positive point charge q is located inside a neutral hollow spherica

1.	A positive point charge q is located inside a neutral hollow spherical conducting shell. The shell has inner radius a and outer radius b; (b−a is not negligible). The shell is centered on the origin. Which of the following graphs correctly represent the variation of electric field vs radius distance X or electric potential vs radial distance X. The point charge can be located anywhere inside shell on X−axis
Answer» A positive point charge $q$ is located inside a neutral hollow spherical conducting shell. The shell has inner radius $a$ and outer radius $b$ ; ( $b - a$ is not negligible). The shell is centered on the origin. Which of the following graphs correctly represent the variation of electric field $vs$ radius distance $X$ or electric potential $vs$ radial distance $X$ . The point charge can be located anywhere inside shell on $X - a x i s$

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