A bullet of mass m is fired with a velocity of `50ms^(-1)` at an angle `theta` with the horizontal . At the highest point of its trajectory , it collides head on with a bod connected to massless string of length l and gets embedded in the bob of mass 3m. After the collision , the string moves to an angle of `120^@` .What is the angle `theta` ?

A bullet of mass M is fired with a velocity 50m//s at an angle with the horizontal. At the highest point of its trajectory, it collides head-on with a bob of mass 3M suspended by a massless string of length 10//3 metres and gets embeded in the bob. After the collision, the string moves through an angle of 120^@ . Find (i) the angle theta , (ii) the vertical and horizontal coordinates of the initial position of the bob with respect to the point of firing of the bullet. Take g=10 m//s^2

A bullet of mass M is fired with a velocity 50m//s at an angle with the horizontal. At the highest point of its trajectory, it collides head-on with a bob of mass 3M suspended by a massless string of length 10//3 metres and gets embeded in the bob. After the collision, the string moves through an angle of 120^@ . Find (i) the angle theta , (ii) the vertical and horizontal coordinates of the initial position of the bob with respect to the point of firing of the bullet. Take g=10 m//s^2

A bullet ofmass m is fired with a velocity 10m//s at angle theta with horizontal. At the hightest point of its trajectory, it collsides head-on with a bob of mass 3m suspended by a massless string of length 2//5m and gets embedded in the bob. After th collision the string moves through an angle of 60^(@) . The angle theta is

A bullet ofmass m is fired with a velocity 10m//s at angle theta with horizontal. At the hightest point of its trajectory, it collsides head-on with a bob of mass 3m suspended by a massless string of length 2//5m and gets embedded in the bob. After th collision the string moves through an angle of 60^(@) . The angle theta is

A bullet ofmass m is fired with a velocity 10m//s at angle theta with horizontal. At the hightest point of its trajectory, it collsides head-on with a bob of mass 3m suspended by a massless string of length 2//5m and gets embedded in the bob. After th collision the string moves through an angle of 60^(@) . The angle theta is

A bullet ofmass m is fired with a velocity 10m//s at angle theta with horizontal. At the hightest point of its trajectory, it collsides head-on with a bob of mass 3m suspended by a massless string of length 2//5m and gets embedded in the bob. After th collision the string moves through an angle of 60^(@) . The vertical coordinate of the initial positon of the bob w.r.t. the point of firing of the bullet is

A bullet ofmass m is fired with a velocity 10m//s at angle theta with horizontal. At the hightest point of its trajectory, it collsides head-on with a bob of mass 3m suspended by a massless string of length 2//5m and gets embedded in the bob. After th collision the string moves through an angle of 60^(@) . The vertical coordinate of the initial positon of the bob w.r.t. the point of firing of the bullet is

A bullet ofmass m is fired with a velocity 10m//s at angle theta with horizontal. At the hightest point of its trajectory, it collsides head-on with a bob of mass 3m suspended by a massless string of length 2//5m and gets embedded in the bob. After th collision the string moves through an angle of 60^(@) . The vertical coordinate of the initial positon of the bob w.r.t. the point of firing of the bullet is

A bullet ofmass m is fired with a velocity 10m//s at angle theta with horizontal. At the hightest point of its trajectory, it collsides head-on with a bob of mass 3m suspended by a massless string of length 2//5m and gets embedded in the bob. After th collision the string moves through an angle of 60^(@) . The horizontal coordinate of the intital position of the bob w.r.t. the point of firing of the bullet is n