to have a negative change of entropy! This is consistent with what we know about It’s OK entropy being a measure of molecular chaos. Solids are more organized and will have a lower entropy compared to liquids. ENTROPY CALCULATION WITH IDEAL GAS MODEL Three kilograms of argon are initially at 300 kPa, 500 K. Heat is now added to the argon until is pressure and temperature become 400 kPa, 700 K. For this process, determine the change of and entropy of the argon for this heating process. specific total Using the ideal gas model for argon, Note: Argon is an ideal gas with constant heat capacity (it is an inert gas gases have a … inert constant heat capacity!).
It’s OK to have a negative change of entropy! This is consistent with what we know about entropy being a measure of molecular chaos. Solids are more organized and will have a lower entropy compared to liquids. ENTROPY CALCULATION WITH IDEAL GAS MODEL Three kilograms of argon are initially at 300 kPa, 500 K. Heat is now added to the argon until is pressure and temperature become 400 kPa, 700 K. For this process, determine the change of specific and total entropy of the argon for this heating process. Using the ideal gas model for argon, Note: Argon is an ideal gas with constant heat capacity (it is an inert gas … inert gases have a constant heat capacity!).
Example%20Entropy%20Calculations.docx