Two identical particles A and B of mass m each are connected together by a light and inextensible string of length l. The particle are held at rest in air in same horizontal level at a separation I. Both particles are released simultaneously and one of them (say A) is given speed `V_(0)` vertically upward. Choose the correct options (s). Ignore air resistance.

Two paricles A and B of equal masses m are t ied with an inextensible string of length 2l. The initial distance between A and B is l. Particle A is given speed v as shown. Find the speed of particie A and B just after the string becomes taut.

Two paricles A and B of equal masses m are t ied with an inextensible string of length 2l. The initial distance between A and B is l. Particle A is given speed v as shown. Find the speed of particie A and B just after the string becomes taut.

Two particles A and B of equal masses lie close together on a horizontal table and are connected by a light inextensible string of length l . A is projected vertically upwards with a velocity sqrt(10gl) . Find the velocity with which it reaches the table again.

Two particles A and B of equal masses lie close together on a horizontal table and are connected by a light inextensible string of length l . A is projected vertically upwards with a velocity sqrt(10gl) . Find the velocity with which it reaches the table again.

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.

Two particles, each of mass m, are connected by a light inextensible string of lenthe 2l . Initially they lie on a smooth horizontal table at points A and B distant l apart. The particle at A is projected across the table with velocity u. Find the speed with which the second particle begins to move if the direction of u is :- (i) along BA. (ii) at an angle of 120^(@) with AB (iii) perpendicular to AB. In each case calculate (in teerms of m and u) the impulsive tension in the string.

A particle of mass 2m is connected by an inextensible string of length 1.2 m to a ring of mass m which is free to slide on a horizontal smooth rod. Initially the ring and the particle are at the same level with the string taut. Both are then released simultaneously. The distance in meter moved by the ring when the string becomes veritcal is :-

A particle of mass 2m is connected by an inextensible string of length 1.2 m to a ring of mass m which is free to slide on a horizontal smooth rod. Initially the ring and the particle are at the same level with the string taut. Both are then released simultaneously. The distance in meter moved by the ring when the string becomes veritcal is :-

A particle of mass 2m is connected by an inextensible string of length 1.2 m to a ring of mass m which is free to slide on a horizontal smooth rod. Initially the ring and the particle are at the same level with the string taut. Both are then released simultaneously. The distance in meter moved by the ring when the string becomes veritcal is :-