The mass of the crate is 31 kg ìs is 0 57 and ìk is 0 45.
Floor pulls on rough floor.
The tension in the rope is 60n and the frictional force opposing the motion is 10n.
A worker pulls a 350 n packing crate at constant velocity across a rough floor by exerting a force f 200 0 n at an angle of 30 0 above the horizontal.
In the figure figure 1 force a is the pull of the worker and force b is the force of friction due to the floor.
The crate is initially at rest and is dragged for a distance of 4 0m.
Basically they are saying if a floor is sloping over a 1 2 to 1 inch in twenty feet then there is concern.
A worker pulls a 200n packing crate at constant velocity across a rough floor by exerting a foce f 55 0n at an angle of 35degrees above the horizontal.
And beneath the vines stood violet casting crumbs to the downy little moles who ran fearlessly about and listened as she sang to them.
Which one of the following statements about these forces is correct.
Homework statement you are pushing a filing cabinet horizontally across a rough floor μk 0 37 in a straight line at a constant speed.
Floors that slope 2 or 3 inches in 20 feet would be a very serious concern.
What is the coefficient of kinetic friction.
Barfiks barı bulamadığınız zamanlarda da barfiks çekebilirsiniz.
A worker pulls horizontally on a crate on a rough horizontal floor causing it to move forward with constant velocity.
While above played the clear soft light casting rosy shadows on the glittering drops that lay among the fragrant leaves.
What is the coefficient of kinetic friction of the floor.
Nearly all will say that if a floor slopes 1 and 1 2 inches in twenty feet or more that there should be further investigation.
Which of the following statements about the magnitudes of the forces acting on the filing cabinet are correct.
The rough floor was spread with deep green moss and over wall and roof grew flowery vines filling the air with their sweet breath.
A rope that is at 35 to the horizontal is used to pull 10kg crate across a rough floor.