Hi.
I have an assignment where a muon gets caught in a zinc atom (Z=30) at n=2. I'm supposed to calculate the energy of the photon that is emitted in the transition to n=1.
I have managed to calculate the energy of this photon, but I'm having a little trouble determining the validity of my...
[SOLVED] Macroscopic quantum model
Hi!
I'm supposed to calculate the quantum number of a macroscopic system (The Earth and a satellite).
I should assume that the satellite is moving in a circular motion around earth, and that it fulfills the same quantization conditions as the Bohr model...
Thank you!
It's always easier to understand something when you actually get to discuss the topic. I've been trying to work this out on my own for some hours now, and I think I even managed to make the problem harder than it really was. It feels as if quantum mechanics slowly starts to make...
Thanks for quick your answer.
Classically, I guess that since I can define the zero point of the potential energy myself, it doesn't matter if the potential is defined between 0 and -V0 since it might as well be between V0 and 0. But if that's the case, then this potential wouldn't differ...
Hi
I'm trying to solve a one-dimensional quantum well problem. The problem itself is probably (or: hopefully) not too hard to solve, but I'm having a difficult time to understand how the given potential actually works.
The incident particles is coming from the left, and the potential well...