String- Mass|| Moving in Vertical Circle|| Minimum Velocity at Lower Most Point|| Top Most Point

Vertical Circle|| String- Mass-System

In a vertical circle the minimum or critical velocity at highest point of path will be

A fighter plane is moving in a vertical circle of radius 'r'. Its minimum velocity at the highest point of the circle will be

Vertical Circular Motion|Minimum Velocity at Lowest point To Complete Vertical Circle|Condition For Body To Reach B|tension in String Versus θ |Body Moving On Spherical Surface|Important Questions

Vertical Circular Motion|Minimum Velocity At Lowest Point To Complete Vertical Circle|Condition For Body To Reach B|"Tension In The String Versus θ"|Body Moving On Spherical Surface|Questions

Vertical Circular Motion|Minimum Velocity At Lowest Point To Complete Vertical Circle|Condition For Body To Reach B|"Tension In The String Versus θ"|Body Moving On Spherical Surface|Questions

Vertical Circular Motion|Minimum Velocity At Lowest Point To Complete Vertical Circle|Condition For Body To Reach B|"Tension In The String Versus θ"|Body Moving On Spherical Surface|Questions

A particle of mass m attached to an inextensible light string is moving in a vertical circle of radius r. The critical velocity at the highest point is v_( 0) to complete the vertical circle. The tension in the string when it becomes horizontal is

A stone of mass 5 kg, tied to one end of a rope of length 0.8m , is whirled in vertical circle. Find the minimum velocity at the highest point and at the midway point [g=9.8m//s^(2) ]

A particle tied to a string moves in a circular path in vertical plane. Its velocity at lowerst point is such that it just completes circle. Find the ratio of resultant force on particle at the lowerst point to that at highest point.