An equilateral triangle is made from three mass less rods, each of length l. Two point masses m are attached to two vertices. The third vertex is hinged and triangle can swing freely in a vertical plane as shown.It is released the position shown with one of the rods vertical. Immediately after the system is released, find – (a) tensions in all three rods (specify tension or compression), (b) accelerations of thetwo masses

An equilateral triangle is made from three mass less rods, each of len

1.	An equilateral triangle is made from three mass less rods, each of length l. Two point masses m are attached to two vertices. The third vertex is hinged and triangle can swing freely in a vertical plane as shown.It is released the position shown with one of the rods vertical. Immediately after the system is released, find – (a) tensions in all three rods (specify tension or compression), (b) accelerations of thetwo masses
Answer» Answer :(a) `(5)/(4) mg, (mg)/(2), (3)/(4) mg` (B) `(sqrt3)/(4) G`