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Cette carte conceptuelle, cree avec IHMC CmapTools, contient des informations liees a : First Law of Thermodynamics, Bicycle & Rider to Top of Hill (P.E.) and then to coast down to Bottom of Hill, Riding a Bicycle involves Potential Energy, Friction and Noise, Lower than First Hill, ENERGY is CONSERVED, Motion of the Bicycle and Rider (K.E.) creates Friction, Friction in Gears, ENERGY can only be converted from One Type to Another, Created or Destroyed therefore TOTAL ENERGY OF AN ISOLATED SYSTEM, First Law of Thermodynamics is among Great Integrating Principles of Science, Noise represent Loss of Useful Energy, Loss of Useful Energy means Top of a Second, Hill, Bottom of Hill is where you travel Fastest (Max K.E.), Motion of the Bicycle and Rider (K.E.) allows you to move Bicycle & Rider to Top of Hill (P.E.), Friction represent Loss of Useful Energy, Cellular Energy IN TOTAL remain Constant, Kinetic Energy IN TOTAL remain Constant, Potential Energy IN TOTAL remain Constant, Motion of Your Legs (K.E.) leads to Motion of the Bicycle and Rider (K.E.), Noise in Tires