Three blocks connected together by strings are pulled along a horizontal surface by applying a force `F. If F =36N` What is the tension `T_(2)` ?.
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Three blocks connected together by strings are pulled along a horizontal surface by applying force F. If T_(3) = 36 N , What is tension T_2 ?

As shown in Fig. three masses m, 3m and 5m connected together lie on a frictionless horizontal surface and pulled to the left by a force F. The tension T_(1) in the first string is 24 N. Find (i) acceleration of the system, (ii) tension in the second string, and (iii) force F.

As shown in the diagram three masssesm 3m and 5m connected together lie on a frictionless horizontal surface and pulled to the left by a force f the tension T_(1) in the first sting is 24 N find (i) acceleartion of the system (ii) tension in the second string and (iii) force f

Four blocks of the same mass m connected by cords are pulled by a force F on a smooth horizontal surface as shown in Determine the tensions T_(1) T_(2) and T_(3) in the cords.

Three blocks masses 4kg 6kg and 8kg are connected by a string they are placed on a frictionless surface if the system is pulled by a force of F=36 N then acceleration of the body is a = and tension acting on the sting is T= Which of the following pair is correct

Three blocks A, B and C of masses 5 kg, 10 kg and 15 kg respectively connected by two ideal strings are present on a smooth horizontal surface. An external horizontal force of 30 N acts on the block A to pull the system. Find the difference in the tensions in strings connecting A and B and, B and C.

Fig. shows a system of three masses being pulled with a force F. the masses are connected to each other by strings. The horizontal surface is frictionless . The tension T_(1) in the first string is 16 N. The acceleration of the system is :