There particles A, B and C have masses m, 2m and m respectively. They lie on a smooth horizontal table connected by light inextensible strings AB and BC. The string are taut and ` lt ABC = 120^(@)`. An impulse is applied to particle A along BA so that it acquires a velocity u. Find the initial speeds of B and C.

Three identical particles A, B and C of mass m lie on a smooth horizontal table. Light inextensible strings which are just taut connect AB and BC and angleABC is 135° . An impulse J is imparted to the particle C in the direction BC. Mass of each particle is m. Choose the correct options.

Three identical particles A, B and C of mass m lie on a smooth horizontal table. Light inextensible strings which are just taut connect AB and BC and angleABC is 135° . An impulse J is imparted to the particle C in the direction BC. Mass of each particle is m. Choose the correct options.

Three particles A, B and C of respective masses m_(1), m_(2) and m_(3) lie on a smooth horizontal surface, and an fastened to two light inextensible strings as shown in Fig. The particle A is imparted an impulse J along vec(BA) . Find the initial speed of each particle.

Two particles (A and B) of masses m and 2m are joined by a light rigid rod of length L. The system lies on a smooth horizontal table. The particle (A) of mass m is given a sharp impulse so that it acquires a velocity u perpendicular to the rod. Calculate maximum speed of particle B during subsequent motion. By what angle theta will the rod rotate by the time the speed of particle B become maximum for the first time ?

Two particles of equal mass m at A and B are connected by a rigid light rod AB lying on a smooth horizontal table. An impulse J is applied at A in the plane of the table and perpendicular at AB. Then the velocity of particle at A is :

Two particle, each of mass m, are connected by a light inextensible string of length 2l. Initially they lie on a smooth horizontal table at points A ad B distant l apart the particle at A is projectd across the table with velocity u. find th speed with which the second particle begins to move if the direction. of u is : (a). along BA (b). at an angle of 120^(@) with AB (c) perpendicular to AB In each case also calculate (in terms of ma nd u) the impulsive tension in the string.