Both the blocks shown in figure have same mass `'m'`. All the pulley and strings are massiess.

Acceleration of pulleys and blocks are as shown in the figure. All pulleys & strings are massless & frictionless magnitude of a_(A) and a_(B) are : .

Acceleration of pulleys and blocks are as shown in the figure. All pulleys & strings are massless & frictionless magnitude of a_(A) and a_(B) are : .

Figure shows an arrangement of pulleys and two blocks. All surfaces are frictionless . All pulleys and strings are massless. All string are smooth and massless. The acceleration of block A is :

Figure shows an arrangement of pulleys and two blocks. All surfaces are frictionless . All pulleys and strings are massless. All string are smooth and massless. The acceleration of block A is :

An arrangement of pulleys and blocks is shown in the figure . The two pulleys and the strings are ideal. If m_(2) gt m_(1) , then which of the following (s) is / are wrong ?

In the system shown all the surfaces are frictionless while pulley and string are massless. The mass of block A is 2m and that of block B is m. The acceleration of block B immediately after system is released from rest is

In the system shown all the surfaces are frictionless while pulley and string are massless. The mass of block A is 2m and that of block B is m. The acceleration of block B immediately after system is released from rest is

In the figure both blocks have same mass m.Surface is smooth.Pulleys and string are ideal.If acceleration of B is (nF)/(13m) find n

find the acceleration of the block of mass M in the situation shown in figure. All the surfaces are frictionless and the pulleys and the string are light.