Lab Discussion Report Example | Topics and Well Written Essays - 250 words - 2

Discussion - Lab enshroud ExampleHowever, the loge does not work due to friction. How do the magnitudes of the pinchs amongst you and the box compare to apiece other?The magnitude of the force holding the box onto the surface is higher as compared to that applied to move the box. This explains the reason why the box remains on the surface and does not move. The force of friction is subject on the total force that is pressing the devil surfaces together.b. You switch to a box that has a throne that is half of your mass and try to push it across the floor, but it also does not move. How do the magnitudes of the forces between you and the box compare to each(prenominal) other?The magnitude of the force holding the box onto the surface is write down as compared to that applied to move the box. This implies that the resisting force (friction) is lower than the force that is applied to start motion and this causes the box to remain onto the surface without any motion towards any of the accusations. For motion to occur, the two forces must have touch magnitudes.c. You are able to place the box that has a mass half of your own onto a weapons platform with wheels and you are able to push the box across the floor. How do the magnitudes of the forces between you and the box compare to each other?The magnitude of the force holding the box onto the surface is equal to the force of friction. The wheels reduce the resisting force (friction) between the floor and the box and hence the box is able to slide across the floor. Once the two forces have equal magnitudes, the box is able to slide across the floor.3. You apply a 2 nitrogen force to a 0.5 kilogram pressure on a track and measure the acceleration of the cart with a motion detector. The acceleration is measured to be equal to 3.5 meters/sec2. Calculate the frictional force. In which direction compared to the applied force is it directed?Newtons third law states that for every force that is applied, at th at place is a resultant reaction force that is