5. In a Circus, a motor-cyclist having mass of 50 kg moves in a spherical cage of radius 3 m. Calculate the least velocity withwhich he must pass the highest point without losing contact.Also calculate his angular speed at the highest point.

5. In a Circus, a motor-cyclist having mass of 50 kg moves in a sphe

1.	5. In a Circus, a motor-cyclist having mass of 50 kg moves in a spherical cage of radius 3 m. Calculate the least velocity withwhich he must pass the highest point without losing contact.Also calculate his angular speed at the highest point.
Answer» force acting on motorcyclist=mg+nwhen motorcyclist just lose CONTACT. N=0m.v²/r=mgm gets CANCELLED on both sidesv²=rgv=√rgv=√3×9.8v=5.421w=v/rw=5.421/3w=1.807 rad/sThus the ANGULAR speed at the highest point is W= 1.807rad/sExplanation:PLEASE add me to brainliest and follow me

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5. In a Circus, a motor-cyclist having mass of 50 kg moves in a spherical cage of radius 3 m. Calculate the least velocity withwhich he must pass the highest point without losing contact.Also calculate his angular speed at the highest point.​

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5. In a Circus, a motor-cyclist having mass of 50 kg moves in a spherical cage of radius 3 m. Calculate the least velocity withwhich he must pass the highest point without losing contact.Also calculate his angular speed at the highest point.