Goosemaster
Lifer
- Apr 10, 2001
- 48,775
- 3
- 81
Originally posted by: Darien
:beer:
damn right.
Originally posted by: Darien
:beer:
Bah - E&M is easy.Originally posted by: sciencewhiz
Originally posted by: fawhfe
Come on man, this homework was pretty easy, and I like arguing physics. If being a woman could get someone to do my homework tonight, that'd be impressive, and I'd be sure to try it next week.
Not even a women could get me to do that. We're just starting waveguides, and only briefly touched on propogation modes. I don't like E&M.
Originally posted by: Heisenberg
Bah - E&M is easy.Originally posted by: sciencewhiz
Originally posted by: fawhfe
Come on man, this homework was pretty easy, and I like arguing physics. If being a woman could get someone to do my homework tonight, that'd be impressive, and I'd be sure to try it next week.
Not even a women could get me to do that. We're just starting waveguides, and only briefly touched on propogation modes. I don't like E&M.![]()
Now QED, that stuff will mess with your head.
Originally posted by: Darien
Originally posted by: Heisenberg
Bah - E&M is easy.Originally posted by: sciencewhiz
Originally posted by: fawhfe
Come on man, this homework was pretty easy, and I like arguing physics. If being a woman could get someone to do my homework tonight, that'd be impressive, and I'd be sure to try it next week.
Not even a women could get me to do that. We're just starting waveguides, and only briefly touched on propogation modes. I don't like E&M.![]()
Now QED, that stuff will mess with your head.
Jackson is easy?
Well, Jackson is a PITA, I'll grant you that. I was lucky if I could do one problem in less than 5 pages. But with E&M at least you have a nice complete theory and physical model to go off of.Originally posted by: Darien
Originally posted by: Heisenberg
Bah - E&M is easy.Originally posted by: sciencewhiz
Originally posted by: fawhfe
Come on man, this homework was pretty easy, and I like arguing physics. If being a woman could get someone to do my homework tonight, that'd be impressive, and I'd be sure to try it next week.
Not even a women could get me to do that. We're just starting waveguides, and only briefly touched on propogation modes. I don't like E&M.![]()
Now QED, that stuff will mess with your head.
Jackson is easy?
Originally posted by: fawhfe
Originally posted by: Darien
Originally posted by: Heisenberg
Bah - E&M is easy.Originally posted by: sciencewhiz
Originally posted by: fawhfe
Come on man, this homework was pretty easy, and I like arguing physics. If being a woman could get someone to do my homework tonight, that'd be impressive, and I'd be sure to try it next week.
Not even a women could get me to do that. We're just starting waveguides, and only briefly touched on propogation modes. I don't like E&M.![]()
Now QED, that stuff will mess with your head.
Jackson is easy?
Yeah E&M is pretty easy. Sooo you want to do my homework for me? I'll find some pics of hot women while youre doing it.
Originally posted by: Darien
Originally posted by: fawhfe
Originally posted by: Darien
Originally posted by: Heisenberg
Bah - E&M is easy.Originally posted by: sciencewhiz
Originally posted by: fawhfe
Come on man, this homework was pretty easy, and I like arguing physics. If being a woman could get someone to do my homework tonight, that'd be impressive, and I'd be sure to try it next week.
Not even a women could get me to do that. We're just starting waveguides, and only briefly touched on propogation modes. I don't like E&M.![]()
Now QED, that stuff will mess with your head.
Jackson is easy?
Yeah E&M is pretty easy. Sooo you want to do my homework for me? I'll find some pics of hot women while youre doing it.
If Jackson's E&M is easy for you, I think AT just stumbled upon the smartest member here.
Originally posted by: Lizabath
A hypothetical molecule consists of two identical atoms whose total mass is 6.3E-26 kg and whose moment of inertia about an axis perpendicular to the line joining the two atoms, midway between them, is 1.3E-46 kg·m2. Estimate, from the given data, the effective distance between the atoms.
Originally posted by: jagec
Originally posted by: Lizabath
A hypothetical molecule consists of two identical atoms whose total mass is 6.3E-26 kg and whose moment of inertia about an axis perpendicular to the line joining the two atoms, midway between them, is 1.3E-46 kg·m2. Estimate, from the given data, the effective distance between the atoms.
what a waste of time, quantum effects will really screw up the answer predicted by classical physics.
