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

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

The coefficient of friction between a body and the surface of inclined plane at 45^@ is 0.5. If g=9.8m/s^2 The acceleration of the body downwards in m/s^2 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 .

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 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 .

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