Roller coaster ride
roller coaster ride Have you ever wondered what it would feel like to walk across the surface of the moon, gently bouncing off its surface every step of the way? Perhaps you are more familiar with the feeling you get when riding on a roller coaster, or perhaps in the passenger seat alongside a very aggressive driver on a rolling and rambling highway road. Though perhaps not quite as pleasant a feeling, the forces that impact you in either location are all thanks to basic laws of physics. You will learn about kinetic and potential energy by exploring these scenarios in more detail. Explore the following resources prior to Seminar: Potential and Kinetic Energy transformations during a roller coaster ride: http://www.teachersdomain.org/asset/mck05_int_rollercoaster/ Compare the equatorial surface gravity of different planets and moons in our solar system using the following tool from NASA: http://solarsystem.nasa.gov/planets/compchart.cfm?Object1=Earth&Object2=Mars In Seminar, be prepared to discuss: What is the relationship between kinetic and potential energy during a roller coaster ride? Where on a roller coaster ride do you experience the most gravitational potential energy? The least? Would a roller coaster behave the same way no matter where it is located? Check out the following image. Where might a roller coaster experience the most or least gravitational potential energy? Though gravitational variations on earth are not detectable in our day to day activities, they are far more apparent when compared to gravity experienced on the Moon or other planets. On which planet would we experience the least / most gravity? Which would make more for the most/least exciting roller coaster ride? What other factors influence how efficiently potential energy is transformed into kinetic energy? Can you think of ways to slow down a roller coaster or allow it to maintain speed over a longer distance? Gravitational potential energy defines the attraction experienced between two bodies. For example, when walking across the surface of planet Earth, your body is attracted to the Earth due the mass and density of the Earth. This same attraction can be translated into the weight you see when standing on a scale. How would your weight differ when standing on the surface of the moon? Using the source provided from NASA above, what planet would provide you with the most ?weight loss?? What about weight gain? Complete one of the following options below: WORK :?Write and submit a short paper. In a 400-word paper, discuss the questions posed in the Seminar description above. Submitting Your Assignment Save your copy of the assignment in a location and with a name that you will remember. Be sure to use the ?Save As? option to include your first and last name in the title of the document. For example, your assignment might be called Shawn_Edwards_Seminar1.doc When you are ready to submit it, click on the Dropbox and complete the steps below: Click the link that says Submit an Assignment. In the ?Submit to Basket? menu, select Unit 4: Seminar In the ?Comments? field, include at least the title of your paper. Click the Add Attachments button. Follow the steps listed to attach your Word document. To view your graded work, come back to the Dropbox or go to the Gradebook after your instructor has evaluated it. Click the Dropbox to access it. Make sure that you save a copy of your submitted assignment. ? ? ? ? Answer preview.. During a roller coaster ride, energy is transformed back and forth between gravitational potential energy and kinetic energy. Once the roller coaster is lifted to a very large height, gravity takes over and the remaining part of the ride involves energy transformation. Since as the roller coaster goes up it builds potential energy due to the large height, this is transformed into kinetic energy that is revealed by the high speeds. The most gravitational potential energy is experienced at the highest height or point above and the ground and the least is experienced at the when the roller coaster is located at the bottom of the track (Alric, Lavergne, Rappaport,?Vermiglio, Matsuura, Shimada & Nagashima, 2009). The roller coaster will behave in the same way APA 537 words Related Questions: These are some comments on this research paper we have to consider and you will see Bold writing when you reread the essay, from my professor. Energy crisis Discuss the barriers that keep these alternatives from replacing oil as our primary means of energy Do living organisms violate the second law of thermodynamics From an applied ?hands on? point of view what does the notion of conservation of energy mean to you Use an energy calculator to determine how much energy your household consumes
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