Choose the item that best fits each description . answers are below Answer a qua
ID: 2112667 • Letter: C
Question
Choose the item that best fits each description. answers are below Answer a quantum of electromagnetic radiation light causing electrons to be released from the surface of a metal one way for an excited atom to lose energy in the Bohr model of the atom this is quantized tells us that particles can%u2019t be precisely localized the lowest energy level in an atom causes an electron to make a transition to a higher energy level light amplification by stimulated emission of radiation a three dimensional image made using a laser oscillating atoms in a blackbody have this quantized .1 angular momentum 2. de Broglie wavelength 3. emission spectrum 4. energy 5. ground state 6. hologram 7. laser 8. photoelectric effect 9. photon 10. photon absorption 11. photon emission 12. uncertainty principle 13. wave function Choose the item that best fits each description. answers are below Choose the item that best fits each description. answers are below a quantum of electromagnetic radiation light causing electrons to be released from the surface of a metal one way for an excited atom to lose energy in the Bohr model of the atom this is quantized tells us that particles can%u2019t be precisely localized the lowest energy level in an atom causes an electron to make a transition to a higher energy level light amplification by stimulated emission of radiation a three dimensional image made using a laser oscillating atoms in a blackbody have this quantized .1 angular momentum 2. de Broglie wavelength 3. emission spectrum 4. energy 5. ground state 6. hologram 7. laser 8. photoelectric effect 9. photon 10. photon absorption 11. photon emission 12. uncertainty principle 13. wave function angular momentum de Broglie wavelength emission spectrum energy ground state hologram laser photoelectric effect photon photon absorption photon emission uncertainty principle wave function a quantum of electromagnetic radiation light causing electrons to be released from the surface of a metal one way for an excited atom to lose energy in the Bohr model of the atom this is quantized tells us that particles can%u2019t be precisely localized the lowest energy level in an atom causes an electron to make a transition to a higher energy level light amplification by stimulated emission of radiation a three dimensional image made using a laser oscillating atoms in a blackbody have this quantized .1 angular momentum 2. de Broglie wavelength 3. emission spectrum 4. energy 5. ground state 6. hologram 7. laser 8. photoelectric effect 9. photon 10. photon absorption 11. photon emission 12. uncertainty principle 13. wave functionExplanation / Answer
photon
photoelectric effect
photon emission
ground state
photon absorption
laser
hologram
energy
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angular momentum