Find the relation in the accelerations of the three masses shown in fig.

Find out the relation between acceleration a and b as shown in following figure

In terms of masses m_(1),m_(2) and g, find the acceleration of both the blocks shown in Fig. Neglect all friction and masses of the pulley.

Find the charge appearing on each of the three capacitors shown in Fig.

For the system as shown in fig. find the acceleration of C. the accelerations of A and B with respect to ground are marked.

For the system as shown in fig. find the acceleration of C. the accelerations of A and B with respect to ground are marked.

In the arrangement of three block as shown in fig. the string is inextensible. If the direction of accelerations are as shown in the figure, then determine the constraint relation.

In the arrangement of three block as shown in fig. the string is inextensible. If the direction of accelerations are as shown in the figure, then determine the constraint relation.