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Which one of the following expressions gives the acceleration due to gravity at a…
PHYSICS · Single correct · CBSE · Physics · Gravitation · Gravitation
Problem
Which one of the following expressions gives the acceleration due to gravity
g
d
g_d
g
d
at a depth
d
d
d
below Earth’s surface (where
d
≪
R
E
d\ll R_{\mathrm E}
d
≪
R
E
) in terms of the surface value
g
g
g
? (a)
g
d
=
g
(
1
−
2
d
R
E
)
g_d = g\left(1-\dfrac{2d}{R_{\mathrm E}}\right)
g
d
=
g
(
1
−
R
E
2
d
)
(b)
g
d
=
g
(
1
−
d
R
E
)
g_d = g\left(1-\dfrac{d}{R_{\mathrm E}}\right)
g
d
=
g
(
1
−
R
E
d
)
(c)
g
d
=
g
(
1
−
(
d
R
E
)
2
)
g_d = g\left(1-\left(\dfrac{d}{R_{\mathrm E}}\right)^{2}\right)
g
d
=
g
(
1
−
(
R
E
d
)
2
)
(d)
g
d
=
g
(
R
E
R
E
−
d
)
2
g_d = g\left(\dfrac{R_{\mathrm E}}{R_{\mathrm E}-d}\right)^{2}
g
d
=
g
(
R
E
−
d
R
E
)
2
Related theory
Variation of g
Gravitational Field & Acceleration
Gravitation
Acceleration due to gravity above and below Earth's surface
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