a metre stick weighing 240g is pivoted at its upper end in such a way that it can freely rotate in a vertical plane through its end.a particle of mass 100g is attached to the upper end of the stick through a light string of length 1m.initially ,the rod is kept vertical and the string horizontal when the system is released from rest.the particle collides with the lower end of the stick and sticks there.find the maximum angle through which the stick will rise.

Open in App

Solution

Suggest Corrections

Similar questions

Q. A metre stick weighing 240 g is pivoted at its upper end in such a way that it can freely rotate in a vertical place through this end (figure 10-E12). A particle of mass 100 g is attached to the upper end of the stick through a light string of length 1 m. Initially, the rod is kept vertical and the string horizontal when the system is released from rest. The particle collides with the lower end of the stick and sticks there. Find the maximum angle through which the stick will rise.

Figure

A metre stick weighing 240 g is pivoted at its upped end in such a way that it can freely rotate in a vertical plane through this end (figure 10-E12). A particle of mass 100 g is attached to the upped end of the stick through a light string of length 1 m. Initially, the rod is kept vertical and the string horizontal when the system is released from rest. The particle collides with the lower end of the stick and sticks there. Find the maximum angle through which the stick will rise.

Q. A particle traveling horizontally with speed