A man has a weight 105 N on a weighing machine kept near the north pole of the earth. What will be the reduction in the weight of the man if he moves to the equator? Take g=9.8 m/s2, radius of earth (R)=6400 km, angular speed of the earth ω=7.27×10−5 rad/s.

A man has a weight 105 N on a weighing machine kept near the north pol

1.	A man has a weight 105 N on a weighing machine kept near the north pole of the earth. What will be the reduction in the weight of the man if he moves to the equator? Take g=9.8 m/s2, radius of earth (R)=6400 km, angular speed of the earth ω=7.27×10−5 rad/s.
Answer» A man has a weight $105 N$ on a weighing machine kept near the north pole of the earth. What will be the reduction in the weight of the man if he moves to the equator? Take $g = 9.8 {m/s}^{2}$ , radius of earth ( $R) = 6400 km$ , angular speed of the earth $ω = 7.27 \times 10^{- 5} rad/s$ .

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A man has a weight 105 N on a weighing machine kept near the north pole of the earth. What will be the reduction in the weight of the man if he moves to the equator? Take g=9.8 m/s2, radius of earth (R)=6400 km, angular speed of the earth ω=7.27×10−5 rad/s.

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