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Choose the correct alternative: (a) Acce...

Choose the correct alternative: (a) Acceleration due to gravity increases/decreases with increasing altitude. (b) Acceleration due to gravity increases/decreases with increasing depth (assume the Earth to be a sphere of uniform density). (c) Acceleration due to gravity is independent of the mass of the Earth/mass of the body.
(d) The formula `-GMm(1/r_(2)=1//r_(1))` is more/less accurate than the formula `mg(r_(2)-r_(1))` for the difference of potential energy between two points `r_(2)` and `r_(1)` distance away from the centre of the earth.

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Choose the correct alternative (a)Acceleration due to gravity increase/decrease with increasing altitude. (b) Acceleration due to gravity increase/decrease with increasing depth (assume the earth to be a sphere of uniform density). (c ) Acceleration due to gravity is independent of mass of the earth/mass of the body. (d) The formula - GM m ((1)/(r_(2)) - (1)/(r_(1))) is more/less accurate than the formula mg (r_(2) - r_(1)) for the difference of potential energy between two points r_(2) and r_(1) distance away from the centre of earth.

Choose the correct alternative (a)Acceleration due to gravity increase/decrease with increasing altitude. (b) Acceleration due to gravity increase/decrease with increasing depth (assume the earth to be a sphere of uniform density). (c ) Acceleration due to gravity is independent of mass of the earth/mass of the body. (d) The formula - GM m ((1)/(r_(2)) - (1)/(r_(1))) is more/less accurate than the formula mg (r_(2) - r_(1)) for the difference of potential energy between two points r_(2) and r_(1) distance away from the centre of earth.

Choose the correct alternative :- Acceleration due to gravity increases//decreases with increasing altitude.

Choose the correct alternative : (i) Acceleration due to gravity (increases /decreases) with increasing altitude.

Choose the correct alternative (a)Acceleration due to gravity increase/decrease with increasing altitude. (b) Acceleration due to gravity increase/decrease with increasing depth (assume the earth to be a sphere of uniform density). (c ) Acceleration due to gravity is independer of mass of the earth/mass of the body. (d) The formula - GM m ((1)/(r_(2)) - (1)/(r_(1))) is more/less accurate than the formula mg (r_(2) - r_(1)) for the difference of potential energy between two points r_(2) and r_(1) distance away from the centre of earth.

Choose the correct alternative : Acceleration due to gravity increases!decreases with increasing altitude.

The formula –G Mm (1//r_(2) – 1//r_(1)) is more/less accurate than the formula mg (r_(2) – r_(1)) for the difference of potential energy between two points r_(2) and r_(1) distance away from the centre of the earth.

The formula –G Mm (1//r_(2) – 1//r_(1)) is more/less accurate than the formula mg (r_(2) – r_(1)) for the difference of potential energy between two points r_(2) and r_(1) distance away from the centre of the earth.