Recent content by m4730

so, m and s can be expressed in the way of the #10 post?

no, the problem is how to assign quantum numbers to the neutrons and protons in a nucleus of U238, should I use the same way I used to assign to the e-?, ex: (1,0,0,1/2),(1,0,0-1/2),(2,0,0,1/2),(2,0,0,-1/2),(2,1,-1,1/2)...sorry if a can't explain myself better, but that`s the original problem

so, abdullah, you mean that the Q# of all the 92p+ of the nucleus should be the following: p+(1)--->(?,?,0,1/2) p+(2)--->(?,?,0,-1/2) p+(3)--->(?,?,1,1/2) p+(4)--->(?,?,1,-1/2) . . . p+(92)--->(?,?,?,-1/2) don't you?, and the neutrons n(1)--->(?,?,0,1/2) n(2)--->(?,?,0,-1/2)...

mmm...for example, in the U238 atom: whats the difference between an e- with the Q#(1,0,0,1/2) and other e- with (6,2,0,1/2)?,that the first is in the first shell, with an orbital of a s shaped and the second e- is the last, in the 6#shell and with a d shaped orbital. and now, what's the...

oh, excuse me -I'm spanish and have some problems with english- the course is nuclear physics, I have calculated the quantum numbers of all the electrons of the shells (n,l,m and s)and it's agree with the Pauli principle, but I have now to know what kind of differences are behind the protons and...

hi, glenn, thanks a lot for your answer, but, sorry I don't understand...I need to calculate the quantum numbers of an atom of Uranium 238, how may I do?

hi there, friends of physics, could anybody help me? All we know that electrons have 4 quantum numbers that describe them and -as the Pauli exclusion principle said- it can´t exist two electrons with the same quantum numbers. But I have a question, does protons and neutrons have quantum numbers...