| PHYSICS 9HE | UC Davis, Winter 2005 |
LECTURE: Dr. Randy Harris, 249 Phy/Geo. Tel: 752-8897.
Email: ![]()
Office Hours: Wednesdays 1-2 and Thursdays 1:30-2:30
DISCUSSION/LAB: Derrick Kiley, 508 Phy/Geo. Email: ![]()
Office Hours: Friday 10-11am
READER: Patrick Bocash
The final exam is Friday Mar 18 1:30-3:30 (the project is also due then); see the link below for review material.
Derrick will be in Roe 154 (the lab room) Thursday at 6pm.
I'll be in Roessler 154 (the lab room) Wednesday 4:30-6 for any questions you may have.
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Class Meeting |
Reading assignment |
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Tue, Mar 15 |
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Thu, Mar 10 |
Moore Chapter Q14, Q15 |
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Tue, Mar 8 |
Moore Chapter Q13 |
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Thu, Mar 3 |
Feynman 21-5 & 6 (qualitatively), Moore Chapter Q12 |
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Thu, Feb 24 |
Supplementary text 9.8 - 9.10 |
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Tue, Feb 22 |
Supplementary text 9.5 - 9.7 |
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Thu, Feb 17 |
Supplementary text 8.9, 9.1, 9.4 |
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Tue, Feb 15 |
Supplementary text 8.1, 8.4, 8.6, 8.7 |
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Thu, Feb 10 |
SH7(dipoles).pdf, SH8(L,mu,S,ExchangeSymm).pdf, Feyman 19.6 plus review Moore Q8.5, 8.6, 9.2, 9.3 & Feynman Figure 5-3. Also, pick up supplementary text at Navin's copy shop. |
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Tue, Feb 8 |
Feynman 19-3 (lightly) and 19-5, SH6(solvingHatom).pdf |
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Thu, Feb 3 |
Feynman 19.1, 19.2 (just for the general idea), and 19.4 |
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Thu, Jan 27 |
Moore Q8.1, Q9.1 (and any old reading you may have overlooked) |
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Tue, Jan 25 |
Feynman 16.5-16.6 |
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Thu, Jan 20 |
Moore Q10.3-Q10.5, Q11.1-Q11.3 (largely review, but study it well), and, if you're interested, the non-required reading SH5 below |
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Tue, Jan 18 |
SH3(transform).pdf, SH4(transformGaussian).pdf, Feynman 20.4-20-5 |
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Thu, Jan 13 |
SH2(fourier2).pdf, Feynman sections 16.2-16.4 |
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Tue, Jan 11 |
Moore Chapters Q7&Q11, fourier.pdf & lec6pix (from 9HC), SH1(fourier).pdf, italicized sentence in the last paragraph of Q1.6--and the rest of Q1.6 (most of the foregoing review), plus a very light reading of Feynman Chapter 16 (we'll get more detailed soon) |
Homework Assignments, by due date: Jan 14, Jan 21, Jan 28, Feb 4, Feb 11, Feb 18, Feb 28, Mar 14
Solutions: solns1, solns2, solns3, solns4, MT1solns, solns5, solns6, solns7. MT2solns, solns8
Take a look at "What's New", from the American Physical Society.
View neat images and graphics from recent research here, courtesy of the American Institute of Physics.
To model the coolest hydrogen-atom wave-function styles, try Atom-in-a-box on for size.
Get involved with the UCD Physics Club!