The angle of inclination of an inclined plane is `60^(@)`. Coefficient of friction between `10kg` body on it and its surface is `0.2, g= 10ms^(-2)`. The acceleration of the body down the plane in `ms^(-2)` is .
In the above problem the frictional force on the body is .

The angle of inclination of an inclined plane is 60^(@) . Coefficient of friction between 10kg body on it and its surface is 0.2, g= 10ms^(-2) . The acceleration of the body down the plane in ms^(-2) is . In the above problem the minimum force on the body is .

The angle of inclination of an inclined plane is 60^(@) . Coefficient of friction between 10kg body on it and its surface is 0.2, g= 10ms^(-2) . The acceleration of the body down the plane in ms^(-2) is In the above problem the minimum, force required to pull the body up the inclined plane .

The coefficient of friction between a body of mass 1kg and the surface of an inclined plane at 45^(@) is 0.5. if g=9.8m//s^(2) , the acceleration of the body downwards in m//s^(2) is

A block is lying on an inclined plane which makes an angle of 60^@ with the horizontal. If coefficient of friction between the block and the plane is 0.25 and g = 10 ms^(-2) , the acceleration of block when it is moves along the plane will be

A body is sliding down a rough inclined plane The coefficient of friction between the body and the plane is 0.5 .The ratio of the net force required for the body to slide down and the normal reaction on the body is 1:2 Then the angle of the inclined plane is

When a body slides down an inclined plane with coefficient of friction as mu_(k) , then its acceleration is given by .