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(A) The weight of an object is given by $W = mg$,where $m$ is the mass and $g$ is the acceleration due to gravity.At the poles,the value of $g$ is max

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Poles

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(A) The weight of an object is given by $W = mg$,where $m$ is the mass and $g$ is the acceleration due to gravity.At the poles,the value of $g$ is maximum $(g \approx 9.83 \ m/s^2)$,which results in the maximum weight for a given mass.At the equator,$g$ is minimum $(g \approx 9.78 \ m/s^2)$,resulting in the minimum weight.In a satellite,the object is in a state of weightlessness,so $g_{eff} = 0$,and the weight is $0$.Therefore,a person will measure the highest weight $(kg-wt)$ at the poles.

$A$ person will get more quantity of matter in $kg-wt$ at which of the following locations?

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