The gravitational field strength inside a hollow sphere -mass M and radius R - a distance r from centre is -Zerodfrac- - GM- r-2- dfrac- GM- r-2- dfrac- - GM- r-

The gravitational field strength inside a hollow sphere is zero- because-apos-if you take imaginary sphere inside the hollow sphere then mass contain inside the sphere will be zero-The correct option is A-

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Standard XII

Physics

Question

The gravitational field strength inside a hollow sphere (mass $M$ and radius $R$ ) at a distance $r$ from centre is :
$Z e r o$
$\frac{- G M}{r^{2}}$
$\frac{G M}{r^{2}}$
$\frac{- G M}{r}$

Z e r o

\frac{- G M}{r^{2}}

\frac{G M}{r^{2}}

\frac{- G M}{r}

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Solution

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The gravitational field strength inside a hollow sphere is zero, because'if you take imaginary sphere inside the hollow sphere then mass contain inside the sphere will be zero.
The correct option is A.

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The gravitational field strength inside a hollow sphere (mass M and radius R ) at a distance r from centre is :Zero−GMr2GMr2−GMr

The gravitational field strength inside a hollow sphere is zero, because'if you take imaginary sphere inside the hollow sphere then mass contain inside the sphere will be zero.The correct option is A.

The gravitational field strength inside a hollow sphere (mass $M$ and radius $R$ ) at a distance $r$ from centre is :
$Z e r o$
$\frac{- G M}{r^{2}}$
$\frac{G M}{r^{2}}$
$\frac{- G M}{r}$

The gravitational field strength inside a hollow sphere is zero, because'if you take imaginary sphere inside the hollow sphere then mass contain inside the sphere will be zero.
The correct option is A.