As you can see, i'm at a pool. whose pool??? you need not worry. you see the clips taken were for the purpose of realizing that physics is in everyday life you see, and everyday normal thing is happening in which a large boy, is going to hit another large boy into the pool. In the beginning, both boy's potential energies are 0 and so are their kinetic energies. When the boy starts to run, it is all turned into kinetic energy while the other boy's net energy is 0. As They make contact, the boy with the kinetic energy is slowed down and loses kinetic energy as it is transferred into the other boy. As they both fall into the pool, they both share the kinetic energy the running boy had. the enrgy throughout is the same, acccording to the law of conservation of energy. Then there's a candid of the boys. go physics!!!
Monday, November 2, 2009
Blog #4
As you can see, i'm at a pool. whose pool??? you need not worry. you see the clips taken were for the purpose of realizing that physics is in everyday life you see, and everyday normal thing is happening in which a large boy, is going to hit another large boy into the pool. In the beginning, both boy's potential energies are 0 and so are their kinetic energies. When the boy starts to run, it is all turned into kinetic energy while the other boy's net energy is 0. As They make contact, the boy with the kinetic energy is slowed down and loses kinetic energy as it is transferred into the other boy. As they both fall into the pool, they both share the kinetic energy the running boy had. the enrgy throughout is the same, acccording to the law of conservation of energy. Then there's a candid of the boys. go physics!!!
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