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· This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O)....

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Page 1: · This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O). CIP + LdV TdS = 1 ðV 1 ðNkBT/P NkBT For a monoatomic, ideal gas

Page 2: · This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O). CIP + LdV TdS = 1 ðV 1 ðNkBT/P NkBT For a monoatomic, ideal gas

Page 3: · This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O). CIP + LdV TdS = 1 ðV 1 ðNkBT/P NkBT For a monoatomic, ideal gas

Page 4: · This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O). CIP + LdV TdS = 1 ðV 1 ðNkBT/P NkBT For a monoatomic, ideal gas

Page 5: · This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O). CIP + LdV TdS = 1 ðV 1 ðNkBT/P NkBT For a monoatomic, ideal gas

Page 6: · This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O). CIP + LdV TdS = 1 ðV 1 ðNkBT/P NkBT For a monoatomic, ideal gas

Page 7: · This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O). CIP + LdV TdS = 1 ðV 1 ðNkBT/P NkBT For a monoatomic, ideal gas

Page 8: · This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O). CIP + LdV TdS = 1 ðV 1 ðNkBT/P NkBT For a monoatomic, ideal gas

Page 9: · This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O). CIP + LdV TdS = 1 ðV 1 ðNkBT/P NkBT For a monoatomic, ideal gas

Page 10: · This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O). CIP + LdV TdS = 1 ðV 1 ðNkBT/P NkBT For a monoatomic, ideal gas

Page 11: · This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O). CIP + LdV TdS = 1 ðV 1 ðNkBT/P NkBT For a monoatomic, ideal gas

Page 12: · This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O). CIP + LdV TdS = 1 ðV 1 ðNkBT/P NkBT For a monoatomic, ideal gas

Page 13: · This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O). CIP + LdV TdS = 1 ðV 1 ðNkBT/P NkBT For a monoatomic, ideal gas

Page 14: · This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O). CIP + LdV TdS = 1 ðV 1 ðNkBT/P NkBT For a monoatomic, ideal gas

Page 15: · This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O). CIP + LdV TdS = 1 ðV 1 ðNkBT/P NkBT For a monoatomic, ideal gas

Page 16: · This now is the third TdS equation. It can be used to describe an adiabatic process (TdS = O). CIP + LdV TdS = 1 ðV 1 ðNkBT/P NkBT For a monoatomic, ideal gas

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