An arrangement of spring , strings, pulley and masses is shown in the figure . the pulley and the String are massless and `Mgtm` . the spring is light with spring constant `k`. If the string Connecting `m` to the ground detached , then immediately after detachment

The string, spring and the pulley shown in figure are light. Find the time period of the mass m .

The string, spring and the pulley shown in figure are light. Find the time period of the mass m .

The string, the spring and the pulley shown in figure are light. Find the time period of the mass m.

Find the reading of spring balance in the adjoining figure, pulley and strings are ideal.

The is an arrangement of pulleys as shown in figure. All the pulley are massless and frcitionless and the strings used are inextensible. Each of these springs have a spring constant k. We define the stiffness of the assembly k_(1) as the force required to be applied at point A for its unit displacement. What will he the most probable value of k_(1) for n =3

The is an arrangement of pulleys as shown in figure. All the pulley are massless and frcitionless and the strings used are inextensible. Each of these springs have a spring constant k. We define the stiffness of the assembly k_(1) as the force required to be applied at point A for its unit displacement. Find k_(1) for n = 1