Problem 1: Calculate entropy S for 1.000 mole of the following ideal gases at 1.000 atm and 298K, and compare to the experimentally observed values:
(a) He (exp. value=15.16R)
(b) Kr (exp. value=19.72R)
(c) H2 (exp. value=15.65R) Θrot = 85.30K, Θvib = 6215K
(d) HBr (exp. value=23.85R) Θrot = 12.02K, Θvib = 3787K
Problem 2: Calculate entropy of CO2 at 298K and 1 atm pressure using Θrot = 0.561K and Θvib,j = 3360, 954, 954 and 1890K.
Order step by step solution of these two problems written in pdf format:
Solution ID: StTh-HW8-1,4
Solution of these two problems will be sent to your email account within 8 hours.
For any inquiry about this solution before and/or after purchase please fill in the following form and submit it to Detailed Solution.