hich of these statements is most accurate about the photo? 1)photon 3 is the least energetic, has the lowest frequency, and has the longest wavelength 2)photon 1 is the least energetic, has the lowest frequency, and has the shortest wavelength 3)photon 1 is the least energetic, has the lowest frequency, and has the longest wavelength 4)If these three photons were orange, yellow, and indigo (recall ROYGBIV), then Photon 2 is the orange photon.
hich of these statements is most accurate about the photo? 1)photon 3 is the least energetic, has the lowest frequency, and has the longest wavelength 2)photon 1 is the least energetic, has the lowest frequency, and has the shortest wavelength 3)photon 1 is the least energetic, has the lowest frequency, and has the longest wavelength 4)If these three photons were orange, yellow, and indigo (recall ROYGBIV), then Photon 2 is the orange photon.
Chemistry
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Chapter1: Chemical Foundations
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Which of these statements is most accurate about the photo?
1)photon 3 is the least energetic, has the lowest frequency, and has the longest wavelength
1)photon 3 is the least energetic, has the lowest frequency, and has the longest wavelength
2)photon 1 is the least energetic, has the lowest frequency, and has the shortest wavelength
3)photon 1 is the least energetic, has the lowest frequency, and has the longest wavelength
4)If these three photons were orange, yellow, and indigo (recall ROYGBIV), then Photon 2 is the orange photon.

Transcribed Image Text:The image depicts an energy level diagram typically used in quantum mechanics and atomic physics to illustrate the process of photon emission due to electron transitions between energy levels in an atom.
1. **Vertical Axis (E):**
- Represents energy levels, increasing upwards.
2. **Horizontal Lines:**
- These are energy states or levels. Each line represents a different energy level that an electron can occupy.
3. **Downward Arrows:**
- Indicate transitions of an electron from a higher energy level to a lower energy level.
4. **Wavy Lines (Photons 1, 2, 3):**
- Represent the emission of photons. Each photon is emitted when an electron transitions between two energy levels.
- **Photon 1:** Emitted when the electron drops from the top to the second energy level.
- **Photon 2:** Emitted when the electron drops from the second to the third energy level.
- **Photon 3:** Emitted when the electron drops from the third to the lowest energy level.
This diagram visually explains how energy differences between levels correlate with the energy of emitted photons, a fundamental concept in understanding atomic spectra.
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