SO08.In figure shown, pulleys are ideal m, gt 2 m,. Initially the system is in equilibrium and string connecting m, to rigidsupport below is cut. Find the initial acceleration of my?leece]

In figure shown, pulleys are ideal m_(1)gt 2m_(2) . Initially the system is in equilibrium and string connecting m_(2) to rigid support below is cut. Find the initial acceleration of m_(2) ?

In the figure shown, pulley and spring are ideal and strings are lilght and inextensible. Intially all the bodies are at rest when string connecting A and B is cut. Find initial acceleration of C .

Initially the system shown in figure is in equilibrium. At the moment, the string is cut the downward of a_(1) and a_(2) are. .

Initially the system shown in figure is in equilibrium. At the moment, the string is cut the downward of a(1) and a_(2) are. .

Find m_(3) if the system is in equilibrium the incline is smooth and string and pulley are light

Find m_(3) if the system is in equilibrium the incline is smooth and string and pulley are light

For the system shown in fog. m_(1) gt m_(2) gtm_(3) gt m_(4) . Initially, the system is at rest in equilibrium condition., if the string joining m_(4) and ground is cut, then just after the string is cut. Statement I: m_(1), m_(2), m_(3) remain stationary. Statement II: The value of acceleration of all the four blocks can be determined. Statement III: Only m_(4) remain stationary. Statement IV: Only m_(4) accelerates.

For the system shown in fog. m_(1) gt m_(2) gtm_(3) gt m_(4) . Initially, the system is at rest in equilibrium condition., if the string joining m_(4) and ground is cut, then just after the string is cut. Statement I: m_(1), m_(2), m_(3) remain stationary. Statement II: The value of acceleration of all the four blocks can be determined. Statement III: Only m_(4) remain stationary. Statement IV: Only m_(4) accelerates.