Which of the following statements roughly speaking the production of the smudge spectrum is false?
a. The energy of the photon can have any convenience.
b. The energy of the photon is related to the liveliness levels of the electron orbitals.
c. Electrons can be excited by passing electricity through a gaseous vapor.
d. Electrons other relax back to the ground state.
Answers:
a. The spirit of a photon is a constant h(nu) where h is Planck's constant and (nu) is the photon's frequency.
The drive you get the line spectrum is because potential strength is being converted to kinetic energy as the electron surrounded by the excited state falls to a lower energy level, activeness is released as a photon.
Hydrogen is the simplest element to think of since it simply has one electron in its orbital. If you excite the electron it might dive one two or three levels, as it falls back to the unexcited state (it other will want to go back to its lowest heartiness state) it will release a very specific amount of energy which will be see as a very specific frequency of light. If it drops one dynamism level that will be one specific frequency, if it drops two that will be a different but specific frequency.
When you pass an electric current through hydrogen gas what you will see are the lines at these specific frequencies. In this track each element that you look at will enjoy a very specific finger print unique to that factor. The more electrons you have to more specific frequencies you will have and the more colored lines, look at neon sometime.
You can find websites beside these finger prints if you do a search.
Answer a. is absolutely not true those photons of vigour cannot have just any appeal if they did you would not get those nice clear lines in your spectrum.
i know the answer....
explanation... electrons belong in orbitals and when excited can hurdle into the next higher vivacity orbital.... when the electron falls back to the original orbital a photon is released. the photon released contained by proportional to the change in dynamism state....
now figure out the answer
a. True
b. True
c. True
d. True
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b. The energy of the photon is related to the liveliness levels of the electron orbitals.
c. Electrons can be excited by passing electricity through a gaseous vapor.
d. Electrons other relax back to the ground state.
Answers:
a. The spirit of a photon is a constant h(nu) where h is Planck's constant and (nu) is the photon's frequency.
The drive you get the line spectrum is because potential strength is being converted to kinetic energy as the electron surrounded by the excited state falls to a lower energy level, activeness is released as a photon.
Hydrogen is the simplest element to think of since it simply has one electron in its orbital. If you excite the electron it might dive one two or three levels, as it falls back to the unexcited state (it other will want to go back to its lowest heartiness state) it will release a very specific amount of energy which will be see as a very specific frequency of light. If it drops one dynamism level that will be one specific frequency, if it drops two that will be a different but specific frequency.
When you pass an electric current through hydrogen gas what you will see are the lines at these specific frequencies. In this track each element that you look at will enjoy a very specific finger print unique to that factor. The more electrons you have to more specific frequencies you will have and the more colored lines, look at neon sometime.
You can find websites beside these finger prints if you do a search.
Answer a. is absolutely not true those photons of vigour cannot have just any appeal if they did you would not get those nice clear lines in your spectrum.
i know the answer....
explanation... electrons belong in orbitals and when excited can hurdle into the next higher vivacity orbital.... when the electron falls back to the original orbital a photon is released. the photon released contained by proportional to the change in dynamism state....
now figure out the answer
a. True
b. True
c. True
d. True
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