A 60 kg person, at the centre of the Earth, would weigh

30 kg

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60 kg

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120 kg

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zero

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Solution

The correct option is D zero
Weight(w) = Mass(m) x Gravity(g)
We know that the force of gravity at the center of the earth is Zero.
Hence, Weight = Mass x 0
Therefore, weight of a 60 kg person at the center of the earth will be equal to zero.

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Similar questions

Q. A body weighs 60 kg on the earth's surface. What would be its weight at the centre of the earth?

Q. Acceleration due to gravity on moon is

0.166

times than that on the earth. A man weighing

60

kg on earth would weigh __________kg on moon.

Q. How much would a

60 k g

boy weigh on the moon?
Given:

g_{m o o n} = \frac{g_{e a r t h}}{6}

Q. A man weighs

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at earth's surface. At what height above the earth's surface his weight becomes

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? (radius of earth

= 6400 k m

Assuming the earth to be a sphere of uniform mass density, how much would a body weigh half way down to the centre of the earth if it weighed 250 N on the surface?

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A 60 kg person, at the centre of the Earth, would weigh

The correct option is D zeroWeight(w) = Mass(m) x Gravity(g) We know that the force of gravity at the center of the earth is Zero. Hence, Weight = Mass x 0 Therefore, weight of a 60 kg person at the center of the earth will be equal to zero.

The correct option is D zero
Weight(w) = Mass(m) x Gravity(g)
We know that the force of gravity at the center of the earth is Zero.
Hence, Weight = Mass x 0
Therefore, weight of a 60 kg person at the center of the earth will be equal to zero.