There is a small hole in a table. A string of length 1m passes through it. Two bodies of masses 70g and 100g are attached at its ends. The 100g mass hangs freely at a depth of 60 cm from the table. If this mass is to be in equilibrium, the other mass should rotate in a circle with a frequency equal to

There is a small hole in a table. A string of length 1m passes through

1.	There is a small hole in a table. A string of length 1m passes through it. Two bodies of masses 70g and 100g are attached at its ends. The 100g mass hangs freely at a depth of 60 cm from the table. If this mass is to be in equilibrium, the other mass should rotate in a circle with a frequency equal to
Answer» `4 pi// 140 HZ` `pi//140 Hz ` `pi//sqrt140 Hz ` `(sqrt140)/(4pi) Hz ` ANSWER :D