[" 40.A block "A" has a velocity of "square A],[0.6ms^(-1)" to the right.Determine "],[" the velocity of cylinder "B" ."],[[" (a) "1.2ms^(-1)," (b) "2.4ms^(-1)],[" (c) "1.8ms^(-1)," (d) "3.6ms^(-1)]]

A block A has a velocity of 0.6ms^(-1) the right. Determine the velocity of cylinder B.

A block A has a velocity of 0.6ms^(-1) the right. Determine the velocity of cylinder B.

The velocity of the block B is:

The velocity of the block B is:

Four particles have velocity 1,0, 2 and 3 ms^(-1) The root mean square velocity of the particles is ......

Block B moves to the right with a constant velocity v_(0) . The velocity of body A relative to B is :

The three block shown in fig. move with constant velocities. Find the velocity of blocks A and B. given V_(P2)=10ms^(-1) darr, V_(C)=2ms^(-1) uarr .

The three block shown in fig. move with constant velocities. Find the velocity of blocks A and B. given V_(P2)=10ms^(-1) darr, V_(C)=2ms^(-1) uarr .

[" A block of mass "5kg" is at rest on a "],[" smooth horizontal surface.Water "],[" coming out of a pipe horizontally at "],[" the rate of "2kgs^(-1)," hits the block "],[" with a velocity of "6ms^(-1)" .The initial "],[" acceleration of the block is "]