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| Topic: quantum physics | |
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can u explain pls?
 
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ooohhh I know someone who cannnnnnnnnnn
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Isn't that something you take when you feel really, really blocked up?
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Isn't that something you take when you feel really, really blocked up?
for sure.
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E = n * h * nu
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ooohhh I know someone who cannnnnnnnnnn
no offense, are they nerdy? 
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E = n * h * nu well look who's looking kool? 
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In 1913 Niels Bohr showed how the new quantum theory could explain the solar spectral lines which had puzzled Fraunhofer almost a century before. Bohr constructed a quantum model of the hydrogen atom which still has explanatory power even today. In the Bohr atomic model the electrons orbit the nucleus (i.e., a single proton for hydrogen) in discrete circular orbits. The lowest orbit has quantum number N = 1, the second lowest orbit has quantum number N = 2, and so forth. The higher the N number the greater the energy the electron possesses. When an electron falls from a higher orbit to a lower orbit it produces a photon of light whose energy is the energy difference in the orbits. An electron can climb to a higher energy orbit by absorbing a photon whose energy equals the energy difference in the orbits. Thus, the Bohr model could explain discrete energies (i.e., wavelengths) for emitted or absorbed light and thus the solar spectral lines.
Bohr also postulated what he called the Correspondence Principle which said that in the limit as N goes to infinity the predictions of quantum theory and classical theory must agree. Thus, classical physics is nothing but a derivation of quantum physics for large quantum numbers. Planck, Einstein, and Bohr produced what is known as the Old Quantum Mechanics which was a complete theory by the year 1915. But it was soon to be eclipsed by the New Quantum Mechanics in a few short years. I will have more to say about the New Quantum Mechanics in a future post. |
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Quantum Theory deals with the emission and absorption of energy by matter and with the motion of material particles. In other words, for example, we can have a direct effect on the world around us, such as our thoughts are affecting the physical world in which we live. What comes out of your mouth and your soul is exactly what you are going to get in return.
But, there is a lot more to the Quantum Theory than just that! 
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In 1913 Niels Bohr showed how the new quantum theory could explain the solar spectral lines which had puzzled Fraunhofer almost a century before. Bohr constructed a quantum model of the hydrogen atom which still has explanatory power even today. In the Bohr atomic model the electrons orbit the nucleus (i.e., a single proton for hydrogen) in discrete circular orbits. The lowest orbit has quantum number N = 1, the second lowest orbit has quantum number N = 2, and so forth. The higher the N number the greater the energy the electron possesses. When an electron falls from a higher orbit to a lower orbit it produces a photon of light whose energy is the energy difference in the orbits. An electron can climb to a higher energy orbit by absorbing a photon whose energy equals the energy difference in the orbits. Thus, the Bohr model could explain discrete energies (i.e., wavelengths) for emitted or absorbed light and thus the solar spectral lines. Bohr also postulated what he called the Correspondence Principle which said that in the limit as N goes to infinity the predictions of quantum theory and classical theory must agree. Thus, classical physics is nothing but a derivation of quantum physics for large quantum numbers. Planck, Einstein, and Bohr produced what is known as the Old Quantum Mechanics which was a complete theory by the year 1915. But it was soon to be eclipsed by the New Quantum Mechanics in a few short years. I will have more to say about the New Quantum Mechanics in a future post. I  geeks!!!! 
Want to come over later and discuss the Cost Benefit theory of Attraction?? wink, wink, nudge, nudge... 
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falling down....thanks guys....i need a glass of water..
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falling down? That has to do with the law of gravity!
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falling down? That has to do with the law of gravity!
lol... |
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Edited by
aLittleBird
on
Sun 08/03/08 11:56 AM
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You did ask...lol
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why is this in the jokes section anyhow???
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I guess I didn't notice that...oops.
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quantum physics are not that funny
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true.
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In 1913 Niels Bohr showed how the new quantum theory could explain the solar spectral lines which had puzzled Fraunhofer almost a century before. Bohr constructed a quantum model of the hydrogen atom which still has explanatory power even today. In the Bohr atomic model the electrons orbit the nucleus (i.e., a single proton for hydrogen) in discrete circular orbits. The lowest orbit has quantum number N = 1, the second lowest orbit has quantum number N = 2, and so forth. The higher the N number the greater the energy the electron possesses. When an electron falls from a higher orbit to a lower orbit it produces a photon of light whose energy is the energy difference in the orbits. An electron can climb to a higher energy orbit by absorbing a photon whose energy equals the energy difference in the orbits. Thus, the Bohr model could explain discrete energies (i.e., wavelengths) for emitted or absorbed light and thus the solar spectral lines. Bohr also postulated what he called the Correspondence Principle which said that in the limit as N goes to infinity the predictions of quantum theory and classical theory must agree. Thus, classical physics is nothing but a derivation of quantum physics for large quantum numbers. Planck, Einstein, and Bohr produced what is known as the Old Quantum Mechanics which was a complete theory by the year 1915. But it was soon to be eclipsed by the New Quantum Mechanics in a few short years. I will have more to say about the New Quantum Mechanics in a future post. You just described the beginnings of Nuclear technology! The term Quantum Physics (mechanics) was not even coined until 1920! |
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The general tendency of electrons within an atom are to move outward. The electrons in the outer Valeance have a weaker magnetic attraction to the nucleus. As they crash into other atoms and elecrons are dislodged and replaced by another. By applying an Electromagnetic force you get electricity!
If you can take a certain type atom and evenly compress it, From all sides equally and simultaneously then you will have a nuclear explosion. |
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