Home
Class 11
PHYSICS
A sphere can roll without slipping on a ...

A sphere can roll without slipping on a surface inclined at an angle `theta` if the fiiction coefficient is more than (2/7)g sin `theta` Suppose the friction coefficient is (l/7)g sin `theta` If a sphere is released from rest on this incline then which ofthe following are possible situations:

Promotional Banner

Similar Questions

Explore conceptually related problems

A sphere can roll on a surface inclined at an angle theta if the friction coefficient is more than (2)/(7) g sin theta . Suppose the friction coefficient is (1)/(7) g sin theta , and a sphere is released from rest on the incline,

A sphere can roll on a surface inclined at an angle theta if the friction coefficient is more than (2)/(7) g sin theta . Suppose the friction coefficient is (1)/(7) g sin theta , and a sphere is released from rest on the incline,

A sphere can roll on a surface inclined at an angle theta if the friction coefficient is more than (2)/(7) g sin theta . Suppose the friction coefficient is (1)/(7) g sin theta , and a sphere is released from rest on the incline,