...A roller coaster works by having an engine that makes it go up the hill. When it goes down the hill (slope) the engine turns off and gravity brings it down. The momentum from the drop takes it around the entire roller coaster, which can be filled with spirals and possibly more slopes.The fastest roller coaster can travel up to 150mph. The average roller coaster can go up to 128 mph. which means that the fastest roller coaster probably has a higher drop. The highest roller coaster in the world is 456 ft. Roller coasters are fun for kids all over the world because they are so fun.A roller coaster is an amusement park ride where people sit in a series of seats with wheels that are on tracks that has an engine. A series of clamps at the end of...
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...Roller coasters have come a long way from ¨monumental ice slides¨ in the 16th and 17th century to an actual steel cart with wheels today.As we go on we will discuss the history of roller coasters,the physics behind them,and the authors experience in the making of its own roller coaster. The history of a roller coaster goes back a long time to the 16th and 17th century.The first roller coaster started as a ice slides which eventually developed in to rolling carts.Then as time went two of the first roller coasters were created,one being in the Russian MT of Belleville created as ¨a train attached to a track¨ and second the first American made roller coaster which was originally made to send coal but was then remade into a more scenic tour.It was called ¨Mauch Chunk Switchway railway.¨As time went soon the roller coasters were made into wood an so on developed. Roller coaster use two main things in order to finish the ride,known as inertia and gravity.As the roller coaster goes up the track and eventually gets to the peak of the roller coaster gravity soon pulls it down the track it causes the roller coaster to change its energy.The roller coaster soon goes from having potential energy to kinetic.But since...
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...ne hot sunny day at Six Flags over Georgia a little boy thought to himself, “how does the roller coaster go up so high?” A worker spots him and go over and asks “hey young man what are you thinking about?” The little boy smiles and asks “how does a roller coaster work?” I grin and say “Well young man you're in luck because today I'm doing a tour,and i will be talking about the physics of roller coasters. Do you want to join?” He jumps and gets excited, “ YES YES!” With that, i gather more kids and begin tour. This roller coaster is called the Loopdy Loop and it is one of the biggest roller coasters in the park. A roller coaster is a machine that uses gravity and inertia to send a train of cars along winding train. This combination of gravity and inertia, along with g-forces and centripetal acceleration give the body certain sensations as the coaster moves up, down, and around the track....
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...Mathematics in Rollercoasters There are several different types of math used in building and creating roller coasters. Some of them are: angles, heights, velocity, slope, gravity, rotation, and more. Below, I will be explaining some of the equations and mathematical ways of figuring them out. First there are angles, which is “the space measured in degrees between two intersecting lines or surfaces at or close to the point where they meet.” To figure them out, the engineers use machines, models, and test coasters to come up with the perfect angles. They need to make sure the measurements and angles work right before they can go back to designing the actual coaster. Roller-coasters do not have engines, but they are controlled almost completely by the angles and velocity it reaches after the first big drop goes down. Heights are “something figured out by measuring from the base to the top. Specifically, for the roller-coaster, the engineer usually measures the highest point of the coaster, from the ground to the top of it. Next, is speed or velocity, which is “the speed of something in...
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...When roller coaster start to elevate up it uses an engine. Once it reaches the top it stops and turns to potential energy, because it is still and getting ready to fall. When the coaster falls it turns into kinetic energy, because it’s in motion. From the on the coaster doesn’t need an engine. The gravity takes it down the coaster in a large amount of speed. Then the speed that can go up to like 60 mph will keep the roller coaster going even if it is going up a hill or down the speed is strong enough to take it all the way. The energy will stay for a while, but roller coasters aren’t too long. You may wonder why roller coasters aren’t too long because the energy will start to fade and the roller coaster will slow down and eventually come to...
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...Various Locations of a Roller Coaster Respectfully Submitted to the Science Department Of Blanche Ely High School Gavin Frater Dr. Pedro Torres Anatomy and Physiology Period:1 Abstract Table of Contents 4.………………………………………………………………………………… Introduction 8………………………………………………………………………………….. Hypothesis 8………………………………………………………………………………….. Materials 8…………………………………………………………………………………... Procedures 10…………………………………………………………………………………. Results 11………………………………………………………………………..Discussion/ conclusion 12………………………………………………………………………………… Bibliography 13………………………………………………………………………………… A. Appendix Slowly, and sometimes, ever so slowly, a train of cars are being pulled up to the highest point of the roller coaster. Of course, one by one, the cars are pulled downhill until gravity takes over and push it all across the tracks. The way the roller coaster goes around is one of the best examples of how the conversion of gravitational potential energy to kinetic energy from the highest points. As the cars go up the track, it is acquiring the potential energy until the cars are at the highest point of the track. At this point, the cars have reached its maximum gravitational potential energy. Next as the cars go down the track, the potential energy is then changed to kinetic energy. Eventually the cars go up another hill and some of the kinetic energy is changed again to potential energy. This is the loop of energy conversions that go around dealing with roller coasters. Energy is the ability...
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...realizing the scientific nature of physics being involved. Physics exists all around weather one is cognizant or not. For example, roller coasters have become quite the attraction at major theme parks all across the globe and operate due to physics. Many men, women, boys and girls want to experience the thrill of zero gravity, upside down loops, twists and curls at extremely fast speeds. However, there is another portion of the population who does not want to go anywhere and would rather speculate from the ground. In either instance, the detailed study of physical science makes it all possible. Even though the physics of a roller coaster are intricate due to the composition of various forms of energy, accelerometers and gravitational forces; their makeup can be quite intriguing. The study of physics dates back several years and can be attributed to different individuals. Knowing the history of physics will help understand general concepts and how they can be applied to creating objects such as the roller coaster. The lessons initiated from the historical founders of physics are vitally important to apprehend the ideas of today and more importantly the direction for how they will shape tomorrow (Garcia et al., 2010). Copernicus, a prominent attributer, initially suggested that the planets revolve around the sun and the Earth rotates on an axis (Britannica Biographies, 2011). The idea will later assist Galileo, another prominent Physics historian, with theories such as...
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...Roller coasters work by a lot of supports and machinary. Roller coasters also work by tracks, that is what makes a roller coaster what it is. Roller coasters are made for fun and it is hard work to make one. It gets built by good machinary, supports and much more. You need good workers to make a roller coaster or else it will either fall down or the riders will be in huge risk. There is only 1 way to make a roller coaster work and that is for a machine to carry the coaster up and then the rest is up to the inclines and declines in the roller coaster. There is another way and that is rapid changes in the speed and directions that is made. After you are carried up a incline by the machine there can not be big inclines for the rest of the ride or else the coaster can stop in the...
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...Roller Coasters are not self propelled they are pulled up by a chain or cable along the hill to the first peak of the roller coaster track. When the roller coaster stops it gathers tons of potential energy. When the car races down the track it produces kinetic energy. they also have a lever that lifts the car down the track, but the main thing that helps the car go down the track is Gravity. Gravity is the force that attracts something toward the center of the Earth. The oldest roller coasters originated from Russian, which were constructed out of hills of ice. The drop was 50 feet. Later on Most roller coasters were built with wood. In 1959 the first steel track roller coaster was built at Walt Disney World. A big...
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...arithmetic, I do not think any type of math is absolutely mandatory to do mathematical model. The roller coaster problem, for example, could be modeled by using a simple weighted average to calculate a total thrill score based on whatever attributes of the coaster are determined important. The coasters could then be ranked. To make generalizable models that go beyond ranking a known individual items in a sample, an understanding of variables and by extension basic algebra would be needed. Many phenomena that we may want to model involve changes over a period of time. Oftentimes these changes can be best symbolized as rates. In these cases knowledge of calculus and differential equations would be useful....
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...Writing Assignment 3: Research-Supported Essay Introduction In the last decennia, there have been substantial rise in the community of researchers reviewing about videogames and computer. The introduction of videogames has become one of the chief medium of entertainment for youths. According to researchers, the educational potential of videogames has created a lot of attention among the people. Research illustrations that the application of videogames can empower students to control their process of learning, situate learners in a thoughtful setting, promote constructive attitude towards the course of learning , promote inquiry-based and integrate multiple topics to confront learners. The emergence of entertainment-based cultural background increased the subject of taking serious action towards the implementation of videogames into classroom. Videogames have the capacity to enrich the learning process and encourage student commitment. This paper examines the integration of videogames into classrooms, as it can benefit students to improve cognitive skills and reach curricular education goals. Thesis statement “The integration of videogames into classroom learning process can allow students to reach curricular learning goals and develop critical thinking skills” Historical background The rapid development of gaming industry is on its way to outdistancing television and film industry. A movement was started in the year 2003 to use videogames in training and teaching process...
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...| Reading | Writing | Grammar | Vocabulary | -India-what should you do to help a friend?-sports-The importance of rules-future jobs | -how life will be like in the future-a conversation with a teacher about how to help a friend who is doing something wrong-The Effects Of Television-how to stop violence in sports-a set of school rules-jobs for the future | -future perfect-present perfect and past simple-the present continuous tense -first and second conditional | -idioms-phrasal verbs | GIRLS:Grade 9B and 10BVocabulary WordsReading Comprehension: Author’s PurposeUnderstand irregular verbsBe able to answer essay questions about the stories your group read. Understand the characters, setting conflict, and summary of each story. | Physics | Account for and represent energy into and out of systems using energy transfer diagrams.Explain instances of energy transfer by waves and objects in everyday activities (e.g., why the ground gets warm during the day, how you hear a distant sound, why it hurts when you are hit by a baseball). Explain why work has a more precise scientific meaning than the meaning of work in everyday language. Calculate the amount of work done on an object that is moved from one position to another. Using the formula for work, derive a formula for change in potential energy of an object lifted a distance h. Account for and represent...
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...Rollercoasters are driven by different forces of gravity, inertia and centripetal. The physics used in a rollercoaster also involves friction, work, air resistance, and energy. It usually begins with a mechanical device i.e. motor and chain; they exert a force on the roller coaster car train to lift them to the top of the hill. From this point, gravity starts operating, and the duration of the ride undergo energy transformation. Pulling the rollercoasters uphill uses energy, this energy does not simply disappear. It is stored this energy just by being up in the air and the higher they have pulled the more energy they store. The stored energy will be used to race back down the hill when the ride begins. This is because they have the potential to use future energy that was stored in the past. The stored energy is called Potential energy. Once the cars are released and start rolling down the hill, the force of gravity makes them hurtle downwards when they round the brow of the first hill. As accelerate and pick up momentum, their potential energy turns into kinetic energy. The further they go downhill, the faster they go and more potential energy is converted into kinetic energy. When the ride starts, the cars have a certain amount of potential energy. They can never have more than this no matter how long the ride will last. Through the whole ride, potential and kinetic energy keep swapping back and forth that’s why rollercoaster cars always go slower in higher bits of the ride...
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...Some may be more outgoing, or in some cases, introverted as others, but as a whole humanity has “the most complex social structure on the planet. We gather in families, tribes, clans, nations. We have an incredibly sophisticated method of interacting -- speech. We can communicate over time and distance through printing and broadcasting” (Taflinger 3). Humanity has used these incredible social skills to communicate and work for each other in an ever developing world. Newton’s discovery of gravity and his three laws of motion however, are some of the most important things that run the world. Engineers use the force of gravity to accurately determine the size of structures that need to be built such as bridges, skyscrapers, and roller coasters. The engineers may have to use a distance given to them and their knowledge on how gravity works to construct a bridge that will maintain stability. Engineers must also know that “Gravity loads constant magnitudes and fixed positions that act permanently on the structure” (Structural Loads). These facts were not thought up by Newton himself, as he was not an engineer nor were there metallic bridges during the 18th century, but they were brought upon the world because of what Newton had done. Without the discovery of gravity the world would not be able to use terms such as “Net Force” or use bridges, for they both involve gravity. Other such examples are the space shuttles needing a specific amount of force to lift up of the earth and...
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...of its motion. Potential energy and kinetic energy are the two types of mechanical energy, and the law of conservation of mechanical energy is associated with the conservation of these two energies in a system. Mechanical energy is basically a combination of potential and kinetic energy. Principle of Conservation of Mechanical Energy According to the law of conservation of mechanical energy, in an isolated system, that is, in the absence of non-conservative forces like friction, the initial total energy of the system equals to the total energy of the system. Simply stated, the total mechanical energy of a system is always constant (in case of absence of non-conservative forces). For instance, if a ball is rolled down a frictionless roller coaster, the initial and final energies remain constant. Conservative forces are those that don't depend on the path taken by an object. For example, gravity, spring and electrical forces are examples of mechanical energy. Conservation of Mechanical Energy Equation The quantitative relationship between work and energy is stated by the mechanical energy equation. UT = Ki + Pi + Wext = Kf + Pf, where, UT = Total mechanical energy Ki = Initial kinetic energy Kf = Final kinetic energy Pi = Initial potential energy Pf = Final potential energy Wext = External work done This is a general equation for mechanical energy conservation. In case, there are some...
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