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Centripetal force essay
Centripetal force essay
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Centripetal Force Imagine, if you will, driving on a curvy road on your way to the city. As you drive you feel the tires of your car grip the road as you round the curves. As you approach the next curve you feel the car lean inwards. What magical force is pulling on your car? This is what is known as centripetal force. Without this force you would only be able to move in a straight line (Science Buddies Staff., 2017). Centripetal force is a force on an object along a curved path or in circular motion (Ewen, 2017, pg. 704). I will discuss different applications and examples of centripetal force. Centripetal force is the mere concept that an object following along a circular path will maintain its speed (Centrifugal Force vs..., 2017). This …show more content…
For instance, a bucket of water being spun around in circles and the water not spilling out. The force of the water being applied to the inside of the bucket when it is spun around, prevents the water from spilling out. The force being applied is directed inwards towards the middle of circle that the object is spinning around. This is what keeps a roller coaster from falling off the tracks in midair on a loop. Another example, is if you were to sit on a merry-go-round and someone began to push it around in circles you would most likely feel as though you are trying to fly off it. If you are holding on to the merry-go-round the centripetal force is being applied, when you let go this force is gone. The Earth itself produces centripetal force in the form of a gravitational field, if that force is there centripetal force will be applied upon everything on its …show more content…
However, these two are very different although they are related. Centrifugal force is practically the lack of centripetal force. While centripetal force is the force being applied from the object to the center, centrifugal is force being applied from the center to the object. For example, centrifugal force is mud or water being flung off a rotating tire. A ball attached to a string being spun around is centripetal force until the string breaks or is let go. As with the example above with the merry-go-round, as soon as you let go of the merry-go-round it becomes a centrifugal force. A centrifuge uses centrifugal and centripetal forces to separate particles from blood or other bodily fluids by use of high rotational speeds (Centrifugal Force
This question can be answered by having an understanding of centripetal acceleration and centripetal force. Centripetal force described as “the force that keeps an object in its uniform circular motion.”5 The centripetal force in the Greek Waiters Tray is provided by the waiter’s arm.6 Centripetal acceleration is described as “the acceleration needed to keep an object moving in circular motion.”7 The centripetal acceleration is provided by the plate of the Greek Waiters Tray.
Tires are thrown from tires because the centrifugal force expels snow, rocks, and other foreign objects.
That action is known as force. A force is something that acts on an object while it is either in motion or at rest, and tends to overcome the inertia inherent of either state. (https://www.britannica.com/science/force-physics), Sir Isaac Newton’s first and second laws of motion explain how the force acts on an object and how it affects its
The purpose of this experiment is to study the nature of Centripetal force by measuring it acting on a mass undergoing angular motion and centripetal acceleration. In this experiment we will evaluate relationship between Centripetal Force, mass, and velocity. Centripetal force is a force that acts on a body moving in a circular path which is directed toward the center around which the body is moving. The apparatus used for this experiment contains a vertical shaft fit into a bearing with a horizontal cross arm attached to the top of the vertical shaft (see Figure A). On one end of the horizontal cross arm there is a counterweight fixed in place and on the other end there is a mass (m), which is slung from a string and is attached
The average driver doesn’t think about what keeps their car moving or what keeps them on the road, but that’s because they don’t have to. The average driver doesn’t have to worry about having enough downforce to keep them on the road or if they will reach the adhesive limit of their car’s tires around a turn. These are the things are the car designers, professional drivers, racing pit crews, serious sports car owners, and physicist think about. Physics are an important part of every sports and racing car design. The stylish curves and ground effects on sports cars are usually there not just for form but function as well allowing you to go speeds over 140 mph in most serious sports cars and remain on the road and in reasonable control.
...e rider or the car. But as the train hits a turn in the track, it will want to continue going forward. The track will impede this from happening and push back at the rider and the car, pinning the rider to the side of the car. Although the rider will feel as if there is a force acting on them towards the outside of the curve, there is actually a force called centripetal force pushing towards the inside of the track. This lateral force is actually a force of 1-G, or the equivalent of lying down on your side.
The purpose of this experiment is to verify the accepted equation for the centripetal force of a mass during uniform circular motion. The hypothesis to be tested is that the calculated centripetal force for the stopper will be equal to the weight of the washers
The circle of traction is a important racing concept with applications from physics. From newtons equation f=ma we know that the more force we apply to an o...
a gigantic tug of war. With gravity pulling down, and centrifugal force pulling up, the material has to be
In this experiment, the force acting upon the cart was gravitational force.
...s proportional to the rotation rate. The Coriolis force acts in a direction perpendicular to the rotation axis and to the velocity of the body in the rotating frame and is proportional to the object's speed in the rotating frame.