In fig the blocks A,B,and C of mass m each have acceleration `a_(1),a_(2), and a_(3)`, repectively. `F_(1) and F_(2)` are external force of magnitude `2mg and mg`, respectively. Then

In the figure, the blocks A,B and C of mass m each have accelerations a_(1),a_(2) and a_(3) respectively. F_(1) and F_(2) are external forces of magnitude 2mg and mg respectively.

In the figure the blocks A, B and C of mass m each, have acceleration a_(1), a_(2) and a_(3) respectively. F_(1) and F_2 are external forces of magnitudes 2 mg and mg respectively.

In the figure the block A,B and C of mass m each, have acceleration a_(1),a_(2) & a_(3) respectively. F_(1) & F_(2) are external forces of magnitude 2 mg and mg respectively :

In the figure the blocks A, B and C of mass m each , having accelerations a_(1) , a_(2) and a_(3) respectively . P_(1) and P_(2) are external forces of magnitude 2 mg and mg respecttively .

In the figure, blocks A, B and C of mass m each have acceleration a1, a2 and a3 respectively. F_(1) and F_(2) are external forces of magnitudes 2mg and mg respectively, then :

In the figure, blocks A, B and C of mass m each have acceleration a1, a2 and a3 respectively. F_(1) and F_(2) are external forces of magnitudes 2mg and mg respectively, then :

In the adjacent figure, all the pulleys are frictioniess and massless, all the stringes are also massless. The relation between a_(1),a_(2) and a_(3) is (where a_(1),a_(2) and a_(3) are the acceleration of masses m_(1),m_(2) and m_(3) respectively in the direction as shown in the figure)

Two blocks are arranged as shown in figure. Find the ratio of a_(1)//a_(2) . ( a_(1) is acceleration of m_(1) and a_(2) that of m_(2))

Two blocks are arranged as shown in figure. Find the ratio of a_(1)//a_(2) . ( a_(1) is acceleration of m_(1) and a_(2) that of m_(2))