PHYS 202 Study Guide for Unit I (Thermodynamics)
The purpose of the study guide is to point out the most important terms, concepts, and
principles.
It is not an all inclusive panacea. The study guide is not a replacement for your
lecture note and/or you text book. Please review you notes and at least the end of the
chapter summaries. You should also review sample problems done in the lecture as well as
in the book You should also review your homework and recommended problems. The course
emphasizes problem solving.
Chapter12 : Temperature
and Heat
Here a website on
Thermodynamics
that you need to read.
Be able to:
- Convert from Fahrenheit to Celsius and vice versa.
- Convert form Celsius to Kelvin and vice versa.
- Explain how some
devices such as thermometers; thermostats, etc utilize thermal expansion.
- To do problems related to linear, area and volume expansion.
Thermal Exapnsion
Video. Train
Derilemnet -Thermal Exapnsion Opening
tight jar lids
- Explain why some sidewalks buckle up and why we need antifreeze in
our car radiators.
- Water expands as it
freezes what are some bad and good consequences of this phenomenon,
- Do calorimetry related problems using Heat Lost = Heat Gained.
- Define the terms:
calorie, specific heat, molar specific heat, latent heat of fusion
- Review all the heat related experiments you have done.
- Review all the examples we did in class as well as all the WileyPlus
HW that was assigned from this chapter
Chapter 13: Means of Heat Transfer. Must see
You Tube Video from MIT et
al.
- State the three means
of heat transfer and explain how they are incorporated in the design of
a thermos bottle.
- Explain why sea breezes blow from sea to land during a hot summer day and
from land to sea in a cool night.
- Land and Sea
Breezes Video.
- Be able to state Stefan-Boltzman law and
Wein's Law.
- Review problems and examples done in class related both
radiation laws.
- Be able to do conduction related problems.
- Review all the examples we did in class as well as all the WileyPlus
HW that was assigned from this chapter
-
Chapter 14: The Ideal Gas Laws
Kinetic Theory of Gases
Be able to:
- To state in words and mathematically the gas laws: Boyle's Law, Charles'
Law, Gay-Lussac's Law, General Gas Law and the Ideal Gas Law
- Be able to show all the above gas laws are special cases of the ideal gas
law. i.e. Start from PV = nRT and show the other laws follow. e.g. When T is
constant PV = const , etc.
- Define or express
Avogadro's Number, The ideal gas constant (R) Boltzmann Constant (k)
- Distinguish between a
mole and a molecule
- Calculate the rms
speed of molecules given the absolute temperature.
- Define heat and absolute temperature in terms of the kinetic energy of
molecules .
- State the difference
between an ideal and real gas molecules.
- Be able to obtain
Boyle's Law and Charles' law as special cases of the ideal gas law (PV = nRT)
- State the
equipartition of energy theorem and use it to derive expressions for the molar specific
heats of monotonic, diatomic and polyatomic gases
- Be able to derive and
state the Dulog-Petit
rule and use it to calculate the specific heat (molar and mass) of
some metals such as Cu, Al, Pb, Fe, etc at room temperature
- Review examples and homework problems related to this chapter.
Chapter 15: Thermodynamics:
Be able to:
- Sate the four laws (Oth, 1st, 2nd and 3rd) of thermodynamics i words and
mathematically.
- Give at least three versions of the statement of the 2nd law of
thermodynamics.
http://www.youtube.com/watch?v=DHUwFuHuCdw
- Define and calculate
entropy for a variety of thermodynamic processes.
- State the second law
of thermodynamics in terms of entropy, and in terms of Carnot efficiency
- Define the
processes: isothermal , isochoric, isobaric, adiabatic etc.
- Calculate work done
by an ideal gas undergoing an isothermal , isobaric isochoric and adiabatic process.
- Study table 15.1 and see how the above process relate to the 1st law of
thermodynamics.
- Distinguish between mass and molar specific heat capacities.
- Calculate the Carnot efficiency of
Heat
Engines. Video
- Calculate the the coefficient of performance for ideal refrigerator and air
conditioners.
- State the
implications of the 2nd Law of thermodynamics
(based on entropy changes) to machines and living organisms
as they age.
- Calculate the change
in entropy of a system.
- Express entropy in a
microscopic scale.
- Review all the examples and homework problems for this chapter
Visit and enjoy
*
The
Laws of Thermodynamics
- How Heat Engines Work_
Video; Entertaining Heat Engine related _Vidoes
Here is another simple thermodynamic related website
Thermodynamics