Ph313

Energy Alternatives

Schedule of classes: Spring 2013

Day
Topics
Subtopics
Reading
Please read the material before
class on the given day.
1
M 4/01
Intro, strategy, hints
Nothing yet
2
W 4/03
Energy from the perspective of physics:
SI energy units. The Energy Conservation Law
Various forms of energy
Conversion of one energy form to another
To understand the need for alternative
energies, we should talk first of conventional
energy sources and their drawbacks
Power points 1 & 2
3
F 4/05
Conventional energy sources. Mined fuels.
Global resources. How are they converted to
electric power? Physics: the conversion
efficiency. Maximum efficiency (the Carnot
Engine). The efficiency of real engines.
Power Point 2 & 3
4
M 4/08
Why aren't we happy with conventional energy
production? Some reasons: limited resources of
fossil fuels; CO2 emission; and last,
but not least, political factors
Power Points 3 & 3b
5
W 4/10
Atomic (Nuclear) Power: basic physics
of radioactive decay. Nuclear fission. Elements
of reactor physics: why they are water-filled?
Controversial aspects of nuclear energy.
Power Point 4
6
F 4/12
Conventional energy production -- summary
(classroom discussion)
Start thinking of paper topic
Same as before
7-9
4/15-19
Hydroelectric power. Wind Power I
TBA
10-12
4/22-26
Wind Power II
Solar Power I, II
Paper topic has to be chosen and accepted
by Dr. Tom by the end of this week
TBA
13-15
4/29-5/03
Solar Power III
Geothermal power I, II
TBA
Week 6
Ocean waves I, II
Midterm test, Wed., May 8
(during normal class hours, but venue TBA)
TBA
Week 7
Transportation - mainly, electric cars
Batteries for electric cars
Biofuels
TBA
Week 8
Biofuels, cont.; Transmission of
electric power over large distances
About a plan of making the US almost totally
independent on fossil fuels by the year 2100
TBA
Week 9
Guest Lectures
Terms papers due by the end
of this week (in order not to
spoil your long weekend!)
No reading
Weeks 10
Presentations of selected term papers
Review before the final exam
All material
Final Week
Final exam -- 9:30 am, Friday, June 14, 2013; venue TBA
All material


Grading policy: Classroom activity - 10 pts; Homework - 9 pts; Term paper - 30 pts; Midterm - 17 pts; Final - 34 pts.
Grade scale: 90-100 - A; 86-89 - A-; 82-85 - B+; 78-81 -B; 74-77 - B-; 70 - 73 - C+; 66-69 - C; 60-65 - C-; 50-59- D.
Comments or suggestions? e-mail: giebultt@onid.orst.edu
Physics Department Homepage
Last Update 04/01/13
Department of Physics, Oregon State University, 2013