Physics Of A Roller Coaster Essay

People can be very wild when it comes to amusement park and their widespread excitement. Although if you think about it roller coasters and amusement parks are one of many example of how physics is used. To make an amazing and excited amusement park, workers have to use of of their physics knowledge to bring out the best if their out of each of their rides. After all the roller coaster excitement about riding a roller coaster is not about their high speed. What makes a roller coaster excited is mostly due to their acceleration and the feeling of weightlessness. They give you a thrill do to the ability to accelerate us: One moment you downward seconds later you're upwards then next, your leftwards one moment and rightwards the next. And it
While he or she would experience the lowest speed at the top of the loop. The relationship between potential and kinetic energy in a roller coaster can be a good example of the “energy theory,” and how the different energy flow can make thing work.(www.real-world-physics.html)Roller coasters also apply to all of newton's laws of motions. Since newton's first law says that an “object at rest stays at rest, or object in motion stays in motion unless acted upon an unbalanced force.” So since an object at rest stays at rest” all roller coaster have to be push or pull to start and just like they have to apply brakes to stop it. Then the thrill of acceleration on a roper coaster come from newton's second law. You can feel newton's 2nd law when the driver start going down the hills. Using the coaster car and the driver mass, then the gravity that helps provide acceleration end up causing force. You can feel that force as the car moves along the coaster track. Then again, the change in acceleration can change the amount of force that is use. Then newton's 3rd law of every action has an equal and opposite reaction can also be apply when riding in a roller coaster. The example of newton's 3rd law would be when