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Two Questions About The Hydrogen Atom


333

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Welcome back! The question you are asking is a good one, but you have already been given the answer multiple times.

momentum of an electron is mathematically described by the De Broglie's relation:

p=h/λ

As you can see, momentum is inversely proportional to wavelength.

If the electron approached the proton in the nucleus, the wavelength λ will become smaller, and the electron momentum will become larger.

The larger the momentum, the less likely it is the electron can be captured by the proton.

As a result, the electron remains in an orbit where the momentum balances out the electrostatic attraction.

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Welcome back! The question you are asking is a good one, but you have already been given the answer multiple times.

momentum of an electron is mathematically described by the De Broglie's relation:

p=h/λ

As you can see, momentum is inversely proportional to wavelength.

If the electron approached the proton in the nucleus, the wavelength λ will become smaller, and the electron momentum will become larger.

The larger the momentum, the less likely it is the electron can be captured by the proton.

As a result, the electron remains in an orbit where the momentum balances out the electrostatic attraction.

You are letting me down. Can't believe you think so.

 

What momentum? What wave?  What is moving? Between 2 charged particles, there are only 2 forces at work, electrostatic force and gravity. 

 

Both forces are pulling the 2 particles together.

 

If as you stated,  the electron remains in an orbit where the momentum balances out the electrostatic attraction.  The orbit will be a plane, atom will be flat without volume. The atom will not stable under any impact. 

 

How could you agree there is NO photon in the light thread? If you are so confused about atom structure?

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You are letting me down. Can't believe you think so.

 

What momentum? What wave?  What is moving? Between 2 charged particles, there are only 2 forces at work, electrostatic force and gravity. 

 

 

 

You are letting yourself down, and letting this forum down, with your troll "physics."

 

I doubt the mods will let you stay around much longer.

 

As for the wave nature of the electron, it was experimentally verified in the Davisson-Germer Experiment:

 

This experiment demonstrated the wave nature of the electron, confirming the earlier hypothesis of deBroglie. Putting wave-particle duality on a firm experimental footing, it represented a major step forward in the development of quantum mechanics. The Bragg law for diffraction had been applied to x-ray diffraction, but this was the first application to particle waves.

 

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Nobel prize is BS. Did Einstein won 1 for his photoelectric effect? Did Einstein said he knows not what is quantum?  

 

Did you agreed that there is NO photon? Are you lied in another thread? 

 

333, on 21 Nov 2016 - 10:04 AM, said:snapback.png

There is NO such thing as photon. Electrons repel each other with the force f=kqq/rr, that force is the carrier of radiant energy/light. 

 

put strong magnet in both hands, same pole face each other, feel the repelling force/tension? yes.

now move 1 hand back and forth to the other hand, what do you feel?

that is the mechanism of light/em wave/photon/quantum.

instead of magnets, all electrons in the space are connected by electrostatic force f=kee/rr. they repel each other all the time. any 1 is moving, all other electrons share the force according to distance.

 

OK. You are obviously more advanced than I am.  :bow:

 
What is going on?? Changed your mind?
 
This forum sucks as the other, what can I learn besides old BS in science books?
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I can tell you that Maxwell is BS.

 

There is no electric field and magnetic field reproducing at right angle and move at light speed, no transverse waves travel in space. 

 

Why? Because both fields must have force carrier/charged particle to carry it. But space contains none. 

 

Free electrons in a conductor synchronized vibrate, produce vibrating EM field. Other free electrons in other conductors follow the vibrating energy/EM force and vibrate at the same frequency. 

 

That is the true mechanism of EM waves. 

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