I'm currently studying the orbital model, its origins, and its quantum mechanical background. What I still don't quite understand is this: If the model arises from the Schrödinger equation and its wave functions, why do shells even exist? Doesn't a shell contradict the quantum mechanical background of the model? Can't all electrons be anywhere? (Or…
What does the red and blue colors on the orbital lobes represent? Could they correspond to the spin quantum number? I see that it says that it corresponds to the sign of the wave functions, but I would like to know if this color corresponds to the spin quantum number or if I have misunderstood…
I'd like to review the lectures I took at university. We were on the topic of harmonic oscillators, and I'd like to create a plot that looks something like this. However, up to n=4. So once the stationary (psi_n(x)) and once the probability of residence |psi_n(x)|^2 The parable is meant to represent the potential. The…
Hello, What is the significance of the value Ψ2? How can Ψ2 be explained clearly? In terms of chemistry and orbitals?
Hello! 🙂 I should understand the diagrams for these problems (a) and b). I also have the solutions. (See the second image opposite.) However, I'm not quite sure what the diagrams mean. Could someone explain the process to me and describe in detail how they were arrived at? (Solutions)
A and B are entangled with each other and A and C are entangled with each other. B takes the state of C (after teleportation) Can anyone help me how to determine the bell state of B and C after teleporting the state from C to B? The Bell state (i.e., the entanglement) of A…
Is the s orbital essentially hollow? Because in the middle, in the nucleus, it's probably not high enough for an electron to be there.
Are the secondary quantum numbers the solutions of the wave function for the specific principal quantum number? Because I was wondering why l is always n-1… And while we're at it, can m also be explained by the wave function for n and l?
Task on water waves a) A water wave with A = 0.1 m, λ = 0.5 m and f = 5 Hz runs along a channel in the positive x -direction. At time t = 8 s, at the point x = 10 m, there is the maximum (positive) deflection max = 0.1 m. What…
Hello, can someone please help me with this?