Problem Set 3 (Chapters 4 & 5)
Set: Sept. 26, 2014.
Due: Oct.3, 2014.
1. A rigid container is divided into two compartments of equal volume by a partition. One
compartment contains 3 mole of ideal gas A at 1 atm. and the other contains 2 mole of ideal gas
Engineering Thermodynamics University of California Problem set 5 Due: Monday, September 14th, in lecture
(20 points) A horizontal cylinder is separated into two compartments by an adiabatic, frictionless piston. One side contains 0.2 m
Problem Set 4 (Chapters 6 & 7)
Set: Oct. 3, 2014.
Due: Oct. 10, 2014.
1. Copper exists in the state at T=298K, P=2 atm. Calculate the temperature to which the copper
must be raised at 2 atm pressure to cause the same increase in molar enthalpy as is c
Problem Set 2(Chapter 3).
S e t : Sept. 19, 2014.
D u e : Sept. 26, 2014.
1. One mole of a monatomic ideal gas undergoes a reversible expansion at constant pressure during
which the entropy of the gas increases by 28.82 J/K and the gas absorbs 12,472 joul
Definitions and First Law of
Intensive versus extensive properties.
10am 11am, differentials.
Exact versusinexact Sept. 3, 2014
System and surroundings.
Reversible versus irreversible change.
State of a system,
Thermodynamic Systems and
Kinds of thermodynamic processes.
Sept. 3, 5pm-6pm, 2014
First Law of Thermodynamics
Types of work.
Maximum work and reversibility.
Enthalpy and internal energy.
Reversible adiabatic processes.
Pcoblem gejf #1:); ( Ckmfwjars Ar Jr
Due '1 (0/3/&01f'
4. Aycg Con-tuber }S AIVZAQJ info too (Cm?ur1-$enS 01f EOLUCL volume 173
0k. Vantjfmn. One CDmPCLr meat Wax-(1:05 3 CHOIES 0? 3'15 A 95} dm,
(1th We oer LoojfulnS lmoles 0? 139111
Third Law of
Statement of the Third Law.15, 2014
Statement of the Third Law
Ironically, entropy, the last of the common state functions