PHYS-4420 THERMODYNAMICS & STATISTICAL MECHANICS
Quiz 2
SPRING 2004
Friday, April 16, 2004
NAME: _ SOLUTION _
To receive credit for a problem, you must show your work, or explain how you arrived at yo
PHYS-4420 THERMODYNAMICS & STATISTICAL MECHANICS
Preview Quiz 1
SPRING 2006
Friday, February 24, 2006
NAME: _ANSWERS_
To receive credit for a problem, you must show your work, or explain how you arriv
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Exam 1 NAME: v 0541" W
Thermo. & Stat. Mech.
PHYS 4420, Spring 2010
In this exam, you can use a double-sided equation/formula sheet, a calculator, and an
integral table. You cannot discuss the pro
PHYS-4420 THERMODYNAMICS & STATISTICAL MECHANICS
Quiz 2
SPRING 2003
Friday, April 18, 2003
NAME: _SOLUTION_
To receive credit for a problem, you must show your work, or explain how you arrived at your
PHYS-4420 THERMODYNAMICS & STATISTICAL MECHANICS
Quiz 2
SPRING 2006
Friday, April 21, 2006
NAME: _ANSWERS_
To receive credit for a problem, you must show your work, or explain how you arrived at your
PHYS-4420 THERMODYNAMICS & STATISTICAL MECHANICS
Preview Quiz 2
SPRING 2006
Tuesday, April 18, 2006
NAME: _ANSWERS_
To receive credit for a problem, you must show your work, or explain how you arrived
PHYS-4420 THERMODYNAMICS & STATISTICAL MECHANICS
Quiz 2
SPRING 2005
Friday, April 22, 2005
NAME: _ANSWERS_
To receive credit for a problem, you must show your work, or explain how you arrived at your
Exam 2 NAME: 5 £4 J W
Thermo. & Stat. Mech.
PHYS 4420, Spring 2010
In this exam, you can use a doublesided equation/formula sheet, a calculator, and an
integral table. You cannot discuss the problem
Exam 2 NAME: .99 la
Thermo. & Stat. Mech.
PHYS 4420, Spring 2011
In this eXam, you can use two double~sided equation/formula sheets (one from test 1, and
one for the new material), a calculator, and
PHYS-4420 THERMODYNAMICS & STATISTICAL MECHANICS
SPRING 2006
Class Activity - Class 1 January 17, 2006
Name_Solution_
Do problem 1-6 from the textbook. Since many of you do not have the textbook with
Test 11 Thermo. & Stat. Mech., PHYS 4420
(20 points per problem)
1. Consider the threedimensional extreme-relativistic electron gas (8 = Cp ). The
number of electrons is N , the volume is V .
(a) Obta
Exam 1 NAME: SOIUtiOn
Thermo. & Stat. Mech.
PHYS 4420, Spring 2011
In this exam, you can use a double-sided equation/formula sheet, a calculator, and an
integral table. You cannot discuss the proble
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Test II
Thermo. & Stat. Mech., PHYS 4420
April 24, 2009
(20 points per problem)
1. Consider a model system of electrons with energy levels 0, , 2 , 3 , 4 , 5 , K . The
system is completely isolated fr