Front | Back |
Celsius to Farenheit
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(1.8*Celsius T)+32
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Farenheit to Celsius
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(Farenheit T-32)/1.8
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Kelvin to Celsius
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Kelvin T-273
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Celsius to Kelvin
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Celsius T+273
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Kelvin to Farenheit |
K to C to F
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Heat-
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The difference in temperature when energy is transferres between objects
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Temperature-
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Proportional to the average kinetic energy of the molecules in an object
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Specific heat-
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How much energy is required to raise an objects temperature
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Temperature moves from-
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High to low
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Convection
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T
ransfer of energy by movement of a fluid with different temperatures (hot air rises cold air sinks) |
Conduction
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Transfer of energy as heat when molecules collide
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Radiation
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Transfer of energy by electomagnetic waves (the sun)
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Insulator
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Gains and loses heat slowly (plastic, stryfoam)
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Conductor
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Gains and loses heat quickly (metals)
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Kinetic energy
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As the kinetic energy of a substance increases the temperature increases
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