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100+ Color Atomic Level Čerstvý. If a photon with an amount of energy equal to the difference between th. Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted.

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Does the cation or anion come first? Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted. How are the line spectra of the different elements related to the observed color?

The difference between those energy levels is what affects color.

If a photon with an amount of energy equal to the difference between th. Do only metal ions end in ide? The difference between those energy levels is what affects color. The electrons inside atoms can only have certain energies so they have what are called energy levels. Jun 21, 2008 · the biggest effect is actually what colour something absorbs. Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors; Maybe they can absorb a certain amount of energy or twice that amount

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What happens inside the atoms of a substance when they are heated in a flame? Does the cation or anion come first? Do only metal ions end in ide? Maybe they can absorb a certain amount of energy or twice that amount If i see something that is blue i know that it reflects light of the blue wavelength. Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted.. What happens inside the atoms of a substance when they are heated in a flame?

The difference between those energy levels is what affects color. If a photon with an amount of energy equal to the difference between th. How are the line spectra of the different elements related to the observed color? Maybe they can absorb a certain amount of energy or twice that amount The difference between those energy levels is what affects color. Do only metal ions end in ide? Maybe i should rephrase my question then.. Why does each salt have its own distinctive flame test color?

Why does each salt have its own distinctive flame test color?. Color is an inherent property of an object. If a photon with an amount of energy equal to the difference between th. Jan 25, 2021 · what is happening at the atomic level during a flame test? What happens inside the atoms of a substance when they are heated in a flame? Do only metal ions end in ide? The difference between those energy levels is what affects color. Different colours of light have different energies.. Maybe i should rephrase my question then.

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Maybe i should rephrase my question then... The difference between those energy levels is what affects color. Do only metal ions end in ide? The bluer the light, and light comes in blobs called photons, the more energy the photon has. If a photon with an amount of energy equal to the difference between th. Maybe i should rephrase my question then.

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Does the cation or anion come first? They can be considered special cases of gas discharge, as far as atomic color characterization is concerned. If a photon with an amount of energy equal to the difference between th. Different colours of light have different energies. If i see something that is blue i know that it reflects light of the blue wavelength. The difference between those energy levels is what affects color. How are the line spectra of the different elements related to the observed color? The bluer the light, and light comes in blobs called photons, the more energy the photon has. Color is an inherent property of an object. Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted.. Different colours of light have different energies.

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Color is an inherent property of an object. Jun 21, 2008 · the biggest effect is actually what colour something absorbs. If a photon with an amount of energy equal to the difference between th.

Jun 21, 2008 · the biggest effect is actually what colour something absorbs... While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level. The difference between those energy levels is what affects color. Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors; What happens inside the atoms of a substance when they are heated in a flame? If a photon with an amount of energy equal to the difference between th. If i see something that is blue i know that it reflects light of the blue wavelength. How are the line spectra of the different elements related to the observed color? Does the cation or anion come first? The bluer the light, and light comes in blobs called photons, the more energy the photon has... Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted.

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The difference between those energy levels is what affects color. If a photon with an amount of energy equal to the difference between th. Jan 25, 2021 · what is happening at the atomic level during a flame test? Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted. The bluer the light, and light comes in blobs called photons, the more energy the photon has. How are the line spectra of the different elements related to the observed color? Does the cation or anion come first? They can be considered special cases of gas discharge, as far as atomic color characterization is concerned.. Therefore, when transitions occur within the nucleus, there is a discrete.

Why does each salt have its own distinctive flame test color? Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors; Why does each salt have its own distinctive flame test color? Different colours of light have different energies. Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted. The difference between those energy levels is what affects color.

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Does the cation or anion come first?.. Why does each salt have its own distinctive flame test color? The difference between those energy levels is what affects color. Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors; Maybe they can absorb a certain amount of energy or twice that amount If a photon with an amount of energy equal to the difference between th.. Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors;

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Color is an inherent property of an object. Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors; Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted. Color is an inherent property of an object... Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted.

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While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level. Maybe they can absorb a certain amount of energy or twice that amount They can be considered special cases of gas discharge, as far as atomic color characterization is concerned. Does the cation or anion come first? Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors; If a photon with an amount of energy equal to the difference between th. Color is an inherent property of an object. The bluer the light, and light comes in blobs called photons, the more energy the photon has.

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If i see something that is blue i know that it reflects light of the blue wavelength... What happens inside the atoms of a substance when they are heated in a flame? While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level. Therefore, when transitions occur within the nucleus, there is a discrete. Color is an inherent property of an object. Jan 25, 2021 · what is happening at the atomic level during a flame test?. Why does each salt have its own distinctive flame test color?

Color is an inherent property of an object... Color is an inherent property of an object. Jun 21, 2008 · the biggest effect is actually what colour something absorbs. Maybe they can absorb a certain amount of energy or twice that amount Therefore, when transitions occur within the nucleus, there is a discrete.. Jan 25, 2021 · what is happening at the atomic level during a flame test?

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If a photon with an amount of energy equal to the difference between th... Maybe they can absorb a certain amount of energy or twice that amount The electrons inside atoms can only have certain energies so they have what are called energy levels. The difference between those energy levels is what affects color. If a photon with an amount of energy equal to the difference between th. While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level. They can be considered special cases of gas discharge, as far as atomic color characterization is concerned. Different colours of light have different energies. Jun 21, 2008 · the biggest effect is actually what colour something absorbs. Therefore, when transitions occur within the nucleus, there is a discrete.. Why does each salt have its own distinctive flame test color?

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If a photon with an amount of energy equal to the difference between th. Jan 25, 2021 · what is happening at the atomic level during a flame test? While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level. If a photon with an amount of energy equal to the difference between th. Different colours of light have different energies. Do only metal ions end in ide? Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted. Maybe they can absorb a certain amount of energy or twice that amount If i see something that is blue i know that it reflects light of the blue wavelength. The bluer the light, and light comes in blobs called photons, the more energy the photon has.. Maybe they can absorb a certain amount of energy or twice that amount

Maybe i should rephrase my question then.. Color is an inherent property of an object. Do only metal ions end in ide? Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors; If i see something that is blue i know that it reflects light of the blue wavelength. Different colours of light have different energies. What happens inside the atoms of a substance when they are heated in a flame? The difference between those energy levels is what affects color. The bluer the light, and light comes in blobs called photons, the more energy the photon has. They can be considered special cases of gas discharge, as far as atomic color characterization is concerned. Jan 25, 2021 · what is happening at the atomic level during a flame test? Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted.

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The bluer the light, and light comes in blobs called photons, the more energy the photon has. Why does each salt have its own distinctive flame test color?. Maybe they can absorb a certain amount of energy or twice that amount

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The electrons inside atoms can only have certain energies so they have what are called energy levels. Jun 21, 2008 · the biggest effect is actually what colour something absorbs. They can be considered special cases of gas discharge, as far as atomic color characterization is concerned. Color is an inherent property of an object. Does the cation or anion come first? While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level.

If i see something that is blue i know that it reflects light of the blue wavelength. . Maybe they can absorb a certain amount of energy or twice that amount

Jan 25, 2021 · what is happening at the atomic level during a flame test? If a photon with an amount of energy equal to the difference between th. Color is an inherent property of an object. The bluer the light, and light comes in blobs called photons, the more energy the photon has. Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors; The difference between those energy levels is what affects color. Maybe i should rephrase my question then. Do only metal ions end in ide? What happens inside the atoms of a substance when they are heated in a flame? The electrons inside atoms can only have certain energies so they have what are called energy levels. They can be considered special cases of gas discharge, as far as atomic color characterization is concerned. If i see something that is blue i know that it reflects light of the blue wavelength.

How are the line spectra of the different elements related to the observed color? Jan 25, 2021 · what is happening at the atomic level during a flame test? If a photon with an amount of energy equal to the difference between th. They can be considered special cases of gas discharge, as far as atomic color characterization is concerned. How are the line spectra of the different elements related to the observed color? The difference between those energy levels is what affects color.

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Does the cation or anion come first? The difference between those energy levels is what affects color. Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted. Why does each salt have its own distinctive flame test color? Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors; Different colours of light have different energies. Jun 21, 2008 · the biggest effect is actually what colour something absorbs. Jan 25, 2021 · what is happening at the atomic level during a flame test? Does the cation or anion come first? Do only metal ions end in ide?. Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors;

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While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level. Jun 21, 2008 · the biggest effect is actually what colour something absorbs. The bluer the light, and light comes in blobs called photons, the more energy the photon has... They can be considered special cases of gas discharge, as far as atomic color characterization is concerned.

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Do only metal ions end in ide?. Maybe they can absorb a certain amount of energy or twice that amount Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors;

The bluer the light, and light comes in blobs called photons, the more energy the photon has. Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors; While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level. Color is an inherent property of an object. Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted. How are the line spectra of the different elements related to the observed color?

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They can be considered special cases of gas discharge, as far as atomic color characterization is concerned.. Maybe they can absorb a certain amount of energy or twice that amount.. While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level.

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Does the cation or anion come first?.. Different colours of light have different energies. Different colours of light have different energies.

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How are the line spectra of the different elements related to the observed color?.. The bluer the light, and light comes in blobs called photons, the more energy the photon has.. Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted.

Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors;. Why does each salt have its own distinctive flame test color?

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Does the cation or anion come first?.. The difference between those energy levels is what affects color. Maybe they can absorb a certain amount of energy or twice that amount If a photon with an amount of energy equal to the difference between th. Does the cation or anion come first? Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted. The electrons inside atoms can only have certain energies so they have what are called energy levels.

They can be considered special cases of gas discharge, as far as atomic color characterization is concerned... Does the cation or anion come first? If a photon with an amount of energy equal to the difference between th. The difference between those energy levels is what affects color. Maybe they can absorb a certain amount of energy or twice that amount They can be considered special cases of gas discharge, as far as atomic color characterization is concerned.. Color is an inherent property of an object.

Therefore, when transitions occur within the nucleus, there is a discrete. Different colours of light have different energies. What happens inside the atoms of a substance when they are heated in a flame? If a photon with an amount of energy equal to the difference between th. Why does each salt have its own distinctive flame test color? While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level. Jan 25, 2021 · what is happening at the atomic level during a flame test? Color is an inherent property of an object.

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Why does each salt have its own distinctive flame test color?.. The electrons inside atoms can only have certain energies so they have what are called energy levels. Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors; Do only metal ions end in ide? The difference between those energy levels is what affects color. Jan 25, 2021 · what is happening at the atomic level during a flame test? If i see something that is blue i know that it reflects light of the blue wavelength. If a photon with an amount of energy equal to the difference between th. Maybe i should rephrase my question then. Does the cation or anion come first?. The bluer the light, and light comes in blobs called photons, the more energy the photon has.

Why does each salt have its own distinctive flame test color? While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level. Why does each salt have its own distinctive flame test color? Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted. Maybe they can absorb a certain amount of energy or twice that amount They can be considered special cases of gas discharge, as far as atomic color characterization is concerned. How are the line spectra of the different elements related to the observed color? The bluer the light, and light comes in blobs called photons, the more energy the photon has. Maybe i should rephrase my question then. The difference between those energy levels is what affects color. What happens inside the atoms of a substance when they are heated in a flame?. Why does each salt have its own distinctive flame test color?

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Jun 21, 2008 · the biggest effect is actually what colour something absorbs. While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level. The bluer the light, and light comes in blobs called photons, the more energy the photon has. Color is an inherent property of an object. Do only metal ions end in ide? They can be considered special cases of gas discharge, as far as atomic color characterization is concerned. Maybe i should rephrase my question then... Jun 21, 2008 · the biggest effect is actually what colour something absorbs.

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Does the cation or anion come first? They can be considered special cases of gas discharge, as far as atomic color characterization is concerned. If a photon with an amount of energy equal to the difference between th. Color is an inherent property of an object.. Maybe they can absorb a certain amount of energy or twice that amount

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Jan 25, 2021 · what is happening at the atomic level during a flame test? Therefore, when transitions occur within the nucleus, there is a discrete. The difference between those energy levels is what affects color. Different colours of light have different energies. Do only metal ions end in ide? Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted. If a photon with an amount of energy equal to the difference between th.

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Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted.. How are the line spectra of the different elements related to the observed color? While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level. Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors; Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted. Do only metal ions end in ide? The difference between those energy levels is what affects color. The electrons inside atoms can only have certain energies so they have what are called energy levels. Does the cation or anion come first? Jan 25, 2021 · what is happening at the atomic level during a flame test?

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Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors;. Why does each salt have its own distinctive flame test color? Do only metal ions end in ide? Jan 25, 2021 · what is happening at the atomic level during a flame test?.. The difference between those energy levels is what affects color.

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Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted.. If a photon with an amount of energy equal to the difference between th.

Jun 21, 2008 · the biggest effect is actually what colour something absorbs. Therefore, when transitions occur within the nucleus, there is a discrete. If i see something that is blue i know that it reflects light of the blue wavelength.. Does the cation or anion come first?

Color is an inherent property of an object... While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level.. The difference between those energy levels is what affects color.

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Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors; . Why does each salt have its own distinctive flame test color?

Why does each salt have its own distinctive flame test color?.. While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level. Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors; Therefore, when transitions occur within the nucleus, there is a discrete. Maybe they can absorb a certain amount of energy or twice that amount They can be considered special cases of gas discharge, as far as atomic color characterization is concerned. The difference between those energy levels is what affects color. Jun 21, 2008 · the biggest effect is actually what colour something absorbs. Color is an inherent property of an object.. Maybe i should rephrase my question then.

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Different colours of light have different energies... How are the line spectra of the different elements related to the observed color? Maybe they can absorb a certain amount of energy or twice that amount If a photon with an amount of energy equal to the difference between th. If i see something that is blue i know that it reflects light of the blue wavelength. The difference between those energy levels is what affects color.. Jan 25, 2021 · what is happening at the atomic level during a flame test?

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Color is an inherent property of an object... Jan 25, 2021 · what is happening at the atomic level during a flame test? How are the line spectra of the different elements related to the observed color? Why does each salt have its own distinctive flame test color? Does the cation or anion come first? Color is an inherent property of an object. Different colours of light have different energies. What happens inside the atoms of a substance when they are heated in a flame? The difference between those energy levels is what affects color. Jun 21, 2008 · the biggest effect is actually what colour something absorbs.. Different colours of light have different energies.

Different colours of light have different energies. While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level. Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted. Does the cation or anion come first?

The bluer the light, and light comes in blobs called photons, the more energy the photon has. Do only metal ions end in ide? The difference between those energy levels is what affects color. While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level. If a photon with an amount of energy equal to the difference between th. Color is an inherent property of an object. Therefore, when transitions occur within the nucleus, there is a discrete. They can be considered special cases of gas discharge, as far as atomic color characterization is concerned. Jun 21, 2008 · the biggest effect is actually what colour something absorbs. Maybe they can absorb a certain amount of energy or twice that amount What happens inside the atoms of a substance when they are heated in a flame?. Color is an inherent property of an object.

Jan 17, 2014 · as opposed to gas discharge, which forces an atom to emit all of its characteristic colors;.. . Different colours of light have different energies.

Jan 25, 2021 · what is happening at the atomic level during a flame test?. What happens inside the atoms of a substance when they are heated in a flame?

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While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level.. If a photon with an amount of energy equal to the difference between th. While yes the direct idea of color is what we interpret light as, our interpretation is directly correlated to what occurs on the atom level. Why does each salt have its own distinctive flame test color? What happens inside the atoms of a substance when they are heated in a flame?. Jan 25, 2021 · what is happening at the atomic level during a flame test?

Different colours of light have different energies. How are the line spectra of the different elements related to the observed color?. If i see something that is blue i know that it reflects light of the blue wavelength.

Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted.. Different colours of light have different energies. Maybe i should rephrase my question then. If a photon with an amount of energy equal to the difference between th. What happens inside the atoms of a substance when they are heated in a flame? Maybe they can absorb a certain amount of energy or twice that amount. Different colours of light have different energies.

If i see something that is blue i know that it reflects light of the blue wavelength. The electrons inside atoms can only have certain energies so they have what are called energy levels. Do only metal ions end in ide? The bluer the light, and light comes in blobs called photons, the more energy the photon has. Does the cation or anion come first?. Therefore, when transitions occur within the nucleus, there is a discrete.

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Therefore, when transitions occur within the nucleus, there is a discrete. If a photon with an amount of energy equal to the difference between th. Florescence, phosphorescence, and laser emission all involve exploiting certain transitions so that only certain atomic colors are emitted... The difference between those energy levels is what affects color.

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