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| NATHANS EMAIL? | JeffJasper | 30 Nov 2007 - 12:46 |
| Does anyone know exactly what this special project that has been brought up a few times during lecture is? I know it involves computing orbitals etc. but that's about it. | JeffBy | 27 Nov 2007 - 17:17 |
| For anyone who's interested, you can find the complete set of lecture notes here: http://www.cse-online.net/twiki/bin/view/Main/UndergraduatePChem | JeffBy | 18 Oct 2007 - 16:31 |
| I'm having troubles finding out what the kinetic and potential operators for spherical coordinates are. Any help? | ChristinaSmith | 14 Oct 2007 - 23:41 |
| ChristinaSmith | 14 Oct 2007 - 23:40 | |
| Is answer to Problem 19.18 a typo in the back of the book? If it wasn't I would be off by a multiple of ten. | DavidWann | 11 Oct 2007 - 22:20 |
| There is a typo on problem 24a in Chapter 2 (or 13). sin(m*pi*y/a) should be sin(m*pi*y/b) | NathanD | 04 Sep 2007 - 17:21 |
| This is a very common thing in science journals and reports. What they're saying is that they multiplied by 10^19 to make things look better. | NathanD | 27 Aug 2007 - 22:02 |
| You are correct. For the 12/1.11 problem, the multiplicative factor for the energy should be 10^(-19) J | ThanhTruong | 27 Aug 2007 - 17:56 |
| In problem 12/1.11 (depending on which book you use) there appears to be a mistake in the table reporting energy values for the kinetic energy of the ejected electrons from potassium. The book reports that the energy is in 10^19 Joules, which is a heck of a lot of energy for an electron. Further, when graphing using these values, one obtains a value for h which is off by a factor of 10. The value should be reported as "10^-19 Kinetic Energy (J)". Using this value appears to give an h value that is very close to the actual value of h. | JeffBy | 27 Aug 2007 - 17:01 |