In figure `m_1=5 kg, m_2=2kg and F=1N.` Find the acceleration of either block. Describe the motion of `m_1` if th string breaks but F continues to act.

In figure m_1=5 kg, m_2=2kg and F=1N. Find the acceleration of either block. Describe the motion of m_1 if the string breaks but F continues to act.

In figure m_1=5 kg, m_2=2kg and F=1N. Find the acceleration of either block. Describe the motion of m_1 if the string breaks but F continues to act.

In the figure-2.205 shown in blocks A, B and C has masses m_(A)= 5 kg, m_(B) = 5 kg and m_(C )= 10kg respectively, find the acceleration of the three blocks. Assume all pulleys and strings are ideal. (Take g = 10m//s^(2) )

If m_1 = 10 kg, m_2 = 4kg and m_3=2kg the tension in the string connecting m_1 and m_2 is ,

In the arrangement shown in Figure, m_A=2kg and m_B=1kg . String is light and inextensible. Find the acceleration of centre of mass of both the blocks. Neglect friction everywhere.

In the arrangement shown in Figure, m_A=2kg and m_B=1kg . String is light and inextensible. Find the acceleration of centre of mass of both the blocks. Neglect friction everywhere.

In the arrangement shown in Figure, m_A=2kg and m_B=1kg . String is light and inextensible. Find the acceleration of centre of mass of both the blocks. Neglect friction everywhere.

If m_1 =10kg, m_2 = 4kg and m_3 = 2kg the tension in the string connecting m_1 and m_2 is,

Find acceleration a and angular acceleration alpha . If F=2N,m=1 kg and l=2m