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After a chemical absorbs energy, the most common way for an electron to return to the ground state is Select] However, if a chemical is [Select] ✓, light can be emitted when the electron returns to the ground state. For light to be emitted, the chemical must be excited at or near [Select] i dont get it at all Question 5 After a chemical absorbs energy, the most common way for an electron to return to the ground state is [Select] However, if a chemical is [Select] light can be emitted when the electron returns to the ground state. For light to be emitted, the chemical must be excited at or near [Select] Question 5 After a chemical absorbs energy, the most common way for an electron to return to the ground state D However, if a chemical is [Select] light returns to the ground state. For light to be emitted, the chemical ct] is [Select] Select ca vibrational motion lonization m nuclear decay photon emission Question 5 D . After a chemical absorbs energy, the most common way for an electron to return to the ground state is [Select) . However, if a chemical is light [Select] [Select] heated emical a fluorophore excited a chromophore can be emitted when the electron returns to the ground state must be excited at or near [Select] Question 5 After a chemical absorbs energy, the most common way for an electron to return to the ground state is Select] V . However, if a chemical is [Select] light can be emitted when the electron returns to the ground state. must be excited at or near Select) V For light to be emitted, the chemical

After a chemical absorbs energy, the most common way for an electron to return to the ground state is Select] However, if a chemical is [Select] ✓, light can be emitted when the electron returns to the ground state. For light to be emitted, the chemical must be excited at or near [Select] i dont get it at all Question 5 After a chemical absorbs energy, the most common way for an electron to return to the ground state is [Select] However, if a chemical is [Select] light can be emitted when the electron returns to the ground state. For light to be emitted, the chemical must be excited at or near [Select] Question 5 After a chemical absorbs energy, the most common way for an electron to return to the ground state D However, if a chemical is [Select] light returns to the ground state. For light to be emitted, the chemical ct] is [Select] Select ca vibrational motion lonization m nuclear decay photon emission Question 5 D . After a chemical absorbs energy, the most common way for an electron to return to the ground state is [Select) . However, if a chemical is light [Select] [Select] heated emical a fluorophore excited a chromophore can be emitted when the electron returns to the ground state must be excited at or near [Select] Question 5 After a chemical absorbs energy, the most common way for an electron to return to the ground state is Select] V . However, if a chemical is [Select] light can be emitted when the electron returns to the ground state. must be excited at or near Select) V For light to be emitted, the chemical

Principles of Modern Chemistry
Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter5: Quantum Mechanics And Atomic Structure
Section: Chapter Questions
Problem 28P: Quantum mechanics predicts that the energy of the ground state of the H atom is 13.6eV . Insight...
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need help i dont get it at all. 
After a chemical absorbs energy, the most common way for an electron to return to the ground state is Select] However, if a chemical is [Select] light can be emitted when the electron returns to the ground state. For light to be emitted, the chemical must be excited at or near [Select] i dont get it at all Question 5 After a chemical absorbs energy, the most common way for an electron to return to the ground state [Select] However, if a chemical is [Select] is ✓.light can be emitted when the electron returns to the ground state. For light to be emitted, the chemical must be excited at or near [Select] Question 5 After a chemical absorbs energy, the most common way for an electron to return to the ground state ✓ light However, if a chemical is [Select] returns to the ground state. For light to be emitted, the chemical ct] is [Select] [Select] ca vibrational motion ionization m nuclear decay photon emission Question 5 After a chemical absorbs energy, the most common way for an electron to return to the ground state is [Select] ✓. However, if a chemical is [Select] light [Select] heated emical a fluorophore excited a chromophore can be emitted when the electron returns to the ground state must be excited at or near [Select] D Question 5 After a chemical absorbs energy, the most common way for an electron to return to the ground state is [Select) ✓. However, if a chemical is [Select] light can be emitted when the electron returns to the ground state. must be excited at or near [Select] [Select] lambda max the middle of the sample the emission wavelength the window For light to be emitted, the chemical
Transcribed Image Text:After a chemical absorbs energy, the most common way for an electron to return to the ground state is Select] However, if a chemical is [Select] light can be emitted when the electron returns to the ground state. For light to be emitted, the chemical must be excited at or near [Select] i dont get it at all Question 5 After a chemical absorbs energy, the most common way for an electron to return to the ground state [Select] However, if a chemical is [Select] is ✓.light can be emitted when the electron returns to the ground state. For light to be emitted, the chemical must be excited at or near [Select] Question 5 After a chemical absorbs energy, the most common way for an electron to return to the ground state ✓ light However, if a chemical is [Select] returns to the ground state. For light to be emitted, the chemical ct] is [Select] [Select] ca vibrational motion ionization m nuclear decay photon emission Question 5 After a chemical absorbs energy, the most common way for an electron to return to the ground state is [Select] ✓. However, if a chemical is [Select] light [Select] heated emical a fluorophore excited a chromophore can be emitted when the electron returns to the ground state must be excited at or near [Select] D Question 5 After a chemical absorbs energy, the most common way for an electron to return to the ground state is [Select) ✓. However, if a chemical is [Select] light can be emitted when the electron returns to the ground state. must be excited at or near [Select] [Select] lambda max the middle of the sample the emission wavelength the window For light to be emitted, the chemical
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