A ring of radius 30 m and mass 10 kg is pivoted at point 'A' to a perp – InterviewSolution

1.	A ring of radius 30 m and mass 10 kg is pivoted at point 'A' to a perpendicular wall. Find the magnitude of force so that ring will be in equillibrium? (Take acceleration due to gravity g = 10ms−2)
Answer» A ring of radius $30 m$ and mass $10 k g$ is pivoted at point 'A' to a perpendicular wall. Find the magnitude of force so that ring will be in equillibrium? (Take acceleration due to gravity $g$ = $10 m s^{-} 2$ )

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