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Stack #4625361
| Question | Answer |
|---|---|
| What is the defintion of enthalpy? | |
| Qualitatively, why is the heat capacity at constant pressure greater than the heat capacity at constant volume? | |
| What is Joule's law in terms of internal energy and in terms of enenthalpy? | |
| What is the molar heat capacity at constant pressure of an ideal monatomic gas? | |
| How does the internal energy change compare for constant volume and constant pressure heating of an ideal gas ffrom 300-400K? | |
| In heating under constant volume or constant pressure from 300 to 400K, which would have the greater change in entropy? Explain. | |
| In heatin an ideal monatomic gas under constant volume or constant pressure from 300 to 400 K, why would the enthalpy change be greater than internal energy change? | |
| In comparing reversible and irreversible isothermal expansions between the same two volumes, why are the entropy changees the same? | |
| In a reversible isothermal expansion, why isn't the entropy change zero since the system remains in a state of equilibrium duiring the process? | |
| In an irreversible adiabatic compression, which is greater in absolute value. the change in thermal entropy or the change in configurational entropy? | |
| In which case is the internal energy change greater, a reversible or irreversible adiabatic |
Created by:
MathMatt