[" Determine the time in which the smaller block reaches other end of bigger block in the "],[" figure "],[[10N longrightarrow(sqrt(2kg)/4=0.3)/(8kg)],[(sqrt(171111111111171))/(L=3.0m)=1,4=0.0]],[0.8s],[0.2.19s]

Determine the time in which the smaller block reaches other end of bigger block in figure

Determine the time in which the smaller block reaches other end of bigger block in figure

Determine the time in which the smaller block reaches other end of bigger block in figure

Arrange the following in the descending order (bigger to smaller) of their values. (iv) 0.4 × 0.8, 0.4, 0.8

The coefficient of static friction between a block of mass 0.25 kg is 0.4. Calculate the force applied to it. (g = 9.8m//s^2)

Figure shows two blocks in contact placed on an incline of angle theta = 30^(@) . The coefficient of friction between the block of mass 4 kg and the incline is m1, and that between 2 kg block and incline is mu_(2) . Find the acceleration of the blocks and the contact force between them if – (a) mu_(1) = 0.5 , mu_(2) = 0.8 (b) mu_(1) = 0.8 , mu_(2) = 0.5 (c) mu_(1) = 0.6 , mu_(2) = 0.1 " " [ Take g = 10m//s^(2) ]

In the figure shown if friction coefficient of block 1kg and 2kg with inclined plane is mu_(1)=0.5 and mu_(2)=0.4 respectively, then

The elevator shown in figure is descending with an acceleration of 2m/s^2 . The mass of the block A is 0.5 kg. What force is exerted by the block A on the block B?

The elevator shown in figure is descending with an acceleration of 2m/s^2 . The mass of the block A is 0.5 kg. What force is exerted by the block A on the block B?