Thermal Physics

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  • Created by: Jade
  • Created on: 03-01-13 11:28
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  • Thermal Physics
    • Specific Heat Capacity
      • E = mc(delta)(theta)
      • Jkg^-1K^-1
      • Experiment
        • c= VIt/m(delta)(theta)
    • Specific Latent Heat
      • Fusion
      • Vapourisation
      • E=mL
      • Jkg^-1
    • Solids, Liquids, Gases
      • Particle spacing
      • Density
      • State
        • Internal Energy
          • Sum of random KEs and PEs
          • Temperature
            • Thermal Equilibrium
            • Kelvin
              • Absolute zero
              • 0c = 273.15K
            • pV/T = k
              • p inversely proportional to V (constant temperature)
                • Boyle's Law
              • pV=nRT
                • R = 8.31 Jmol^-1k^-1
              • pV = NkT
                • Boltzmann
                • E = 3/2 kT
                • p = 1/3 pc^2
                  • p=F/A
                • Mole
                  • Avogadro
                    • NA = 6.02x10^23 mol^-1
          • Pressure
            • p inversely proportional to V (constant temperature)
              • Boyle's Law
    • Internal Energy
      • Sum of random KEs and PEs
      • Temperature
        • Thermal Equilibrium
        • Kelvin
          • Absolute zero
          • 0c = 273.15K
        • pV/T = k
          • pV=nRT
            • R = 8.31 Jmol^-1k^-1
          • pV = NkT
            • Boltzmann
            • E = 3/2 kT
            • p = 1/3 pc^2
              • p=F/A
            • Mole
              • Avogadro
                • NA = 6.02x10^23 mol^-1
      • Pressure
      • Gas Laws
        • Kinetic Theory
          • Brownian Motion
          • Assumptions
          • Pressure

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