Pulleys shown in the system are massless and fricionless. Threads are inextensible. The mass of blocks A, B, and C are `m_(1)=2kg, m_(2)=4kg`, and `(m_3)=2.75 kg`, respectively. Calculate the acceleration of each block.

Pulleys shown in the system of the figure are massless and friction less. Threads are inextensible. Mass of block A, B and C are m_(1) kg,m_(2) =4kg and m_(3) = 2.75kg , respectively .Calculate acceleration of A block

In the arrangement shown in the figure pulleys are small, light and frictionless, threads are inextensible and mass of blocks A , B and C is m_(1)=5kg , m_(2)=4kg and m_(3)=2.5kg respectively and co-efficient of friction for both the planes is mu=0.50 . Calculate the acceleration of block A (in m//s^(2) ) when the system is released from rest. ( g=10 m//s^(2) )

In the arrangement , shown below pulleys are massless and frictionless and threads are inextensible , block of mass m_(1) will remain at rest if

In the arrangement , shown below pulleys are massless and frictionless and threads are inextensible , block of mass m_(1) will remain at rest if

In the arrangement shown in figure pulleys are mass of block A,b and C is m_(1) = 5 kg m_(2) = 4 kg and m_(3) = 2.5 kg respectively .Co-efficient acceleration of friction for both the plane is mu = 0.50 Calculate acceleration of which block when system is released from rest

In the arrangement shown in figure pulleys are mass of block A,b and C is m_(1) = 5 kg m_(2) = 4 kg and m_(3) = 2.5 kg respectively .Co-efficient acceleration of friction for both the plane is mu = 0.50 Calculate acceleration of which block when system is released from rest

If m_(1) =10kg,m_(2)=4kg,m_(3) =2kg , the acceleration of system is .

Pulleys are ideal and string are massless. The masses of blocks are m_(1) = 4kg and m_(2) = 1kg as shown.If all surfaces are smooth then the acceleration of m_(2) in m//s^(2) is ( g =10 m//s^(2) )

If pulleys shown in the diagram are smooth and massless and a_(1) and a_(2) are acceleration of blocks of mass 4 kg and 8 kg respectively, then -