- #1
lsaldana
- 57
- 0
Statistical Mechanics preparedness...?
Hello, I am a third year physics major having trouble deciding wether to take Statistical Mechanics this Spring semester. The problem is that there are 2 pre-requisites, Quantum Mechanics 1 and Thermodynamics, and I am only taking Thermodynamics this semester and I'm doing good. I could wait to take Statistical Mechanics one more year but I'm worried on how this will affect my chances at doing good at the physics GRE (which I plan to take next fall sometime). My advisor said he could sign me up and override the Quantum 1 pre-req since I will have thermo done. The book the professor will probably use is Thermal Physics by George Kittel (2nd edition). I've been told that other students do this often but I'm not sure since the only introduction to Quantum I have is from my modern physics class (sophomore level) and it's not very rigorous. Any advice? Thanks.
Course description: The statistical basis of thermodynamics is developed. Topics include entropy and the second law, partition functions and free energy, systems of variable particle number, and quantum statistics.
Hello, I am a third year physics major having trouble deciding wether to take Statistical Mechanics this Spring semester. The problem is that there are 2 pre-requisites, Quantum Mechanics 1 and Thermodynamics, and I am only taking Thermodynamics this semester and I'm doing good. I could wait to take Statistical Mechanics one more year but I'm worried on how this will affect my chances at doing good at the physics GRE (which I plan to take next fall sometime). My advisor said he could sign me up and override the Quantum 1 pre-req since I will have thermo done. The book the professor will probably use is Thermal Physics by George Kittel (2nd edition). I've been told that other students do this often but I'm not sure since the only introduction to Quantum I have is from my modern physics class (sophomore level) and it's not very rigorous. Any advice? Thanks.
Course description: The statistical basis of thermodynamics is developed. Topics include entropy and the second law, partition functions and free energy, systems of variable particle number, and quantum statistics.