Chemistry 101
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I said that many times!Originally posted by DriftingGuy:Angular momentum can apply to all objects with mass what.. although I am not too sure since I am not a physics major
Btw the questions you asked is not chemistry but physics related
Haiz...angular momentum is involved in QM, esp with the nucleus of atom
Cos neutrons, electrons all have spins.
With intrinsic spin, means there's angular momentum associated with it (generally speaking)
If i can answer every qn i thikn i can become prof le...
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Originally posted by The return:
Yes. As DG explained above, there are interactions bet. quarks and (i-forgot the name) to give the nuclear binding force...
Okay, after thinking a bit more and harder, I understand a bit more.
Ok, anyway, now I understand that neutrons are needed to stabilize the repusion inside the nucleus. ( [b]Why are huh? )
When the protons inside the nucleus increases, we need more and more neutrons for stability right? There will come a point where no amount of neutrons can make the nuclide stable. There are just too many positive charges. Okay so we need nuclear binding energy (and angular momentum?) to really hold the protons together. And why due to the differences in neutrons no. and protons no. can produce this nuclear binding energy leh?
The in bold one are my questions. Please help.[/b] -
You have overestimated prof. They are not what you think. Ordinary people. What they know are very limited.Originally posted by deathscythe99:I said that many times!
Haiz...angular momentum is involved in QM, esp with the nucleus of atom
Cos neutrons, electrons all have spins.
With intrinsic spin, means there's angular momentum associated with it (generally speaking)
If i can answer every qn i thikn i can become prof le... -
I know you gonna get mad with me but why will that produce that energy ( not force but energy) ?Originally posted by deathscythe99:Yes. As DG explained above, there are interactions bet. quarks and (i-forgot the name) to give the nuclear binding force...