If \(100\) N force is applied to \(10\) kg block as shown in diagram, then the acceleration produced for the slab will be:

1. \(1. 65 \) m/s²
2. \(0.98 \) m/s²
3. \(1. 2 \) m/s²
4. \(0.25\) m/s²

A man is slipping on a frictionless inclined plane & a bag falls down from the same height. Then the speed of both is related as:

1. V_B > V_m

2. V_B < V_m

3. V_B = V_m

4. V_B and V_m can't be related

On the horizontal surface of a truck, a block of mass 1 kg is placed (µ = 0.6) and the truck is moving with an acceleration of 5 m/s². The frictional force on the block will be:
1.  5 N
2.  6 N
3.  5.88 N
4.  8 N

A block of mass 10 kg is placed on a rough horizontal surface with a coefficient of friction µ = 0.5. If a horizontal force of 100 N acts on the block, then the acceleration of the block will be: 

1. 10 m/s²

2. 5 m/s²

3. 15 m/s²

4. 0.5 m/s²

The coefficient of static friction, \(\mu_s,\) between block A of mass \(2\) kg and the table as shown in the figure is \(0.2\). What would be the maximum mass value of block B so that the two blocks do not move? The string and the pulley are assumed to be smooth and massless. (Take \(g=10\) m/s² ) 

1. \(4.0\) kg
2. \(0.2\) kg
3. \(0.4\) kg
4. \(2.0\) kg