R = 6400 × 10^3 m

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If the angular velocity of earth’s spin is increased such that the bodies at the equator start floating, the duration of the day would be approximately : (Take : g = 10 ms^–2, the radius of earth, R = 6400 × 10^3 m, Take π = 3.14)
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Sep
If the angular velocity of earth’s spin is increased such that the bodies at the equator start floating, the duration of the day would be approximately : (Take : g = 10 ms^–2, the radius of earth, R = 6400 × 10^3 m, Take π = 3.14) If the angular velocity of earth's spin is [...]
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Tags: If the angular velocity of earth's spin is increased such that the bodies at the equator start floating , R = 6400 × 10^3 m , Take π = 3.14) , the duration of the day would be approximately : (Take : g = 10 ms^–2 , the radius of earth ,