Energy Electric discharge 546 nm- 436 nm- 404 nm- 579 nm- 366 nm 254 nm- 185 nm- 579 nm 546 nm 436 nm 404 nm Ultraviolet (<400 nm) Why does mercury emit photons at longer wavelengths than the wavelengths that mercury absorbs? Select all that apply. ○ Mercury is to emit all excess energy at once. ○ Mercury is to absorb all the excess energy at once. When mercury absorbs energy it does not have to absorb all the excess energy at once. When mercury emits energy it does not have to emit all the excess energy at once. ○ While absorbtion goes with transition from the ground electronic state to higher excited state, the emission crresponds to transition from higher to lower excited state with less energy difference and longer wavelengths of emited light.
Energy Electric discharge 546 nm- 436 nm- 404 nm- 579 nm- 366 nm 254 nm- 185 nm- 579 nm 546 nm 436 nm 404 nm Ultraviolet (<400 nm) Why does mercury emit photons at longer wavelengths than the wavelengths that mercury absorbs? Select all that apply. ○ Mercury is to emit all excess energy at once. ○ Mercury is to absorb all the excess energy at once. When mercury absorbs energy it does not have to absorb all the excess energy at once. When mercury emits energy it does not have to emit all the excess energy at once. ○ While absorbtion goes with transition from the ground electronic state to higher excited state, the emission crresponds to transition from higher to lower excited state with less energy difference and longer wavelengths of emited light.
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter5: Electron Configurations And The Periodic Table
Section: Chapter Questions
Problem 22QRT
Related questions
Question
Transcribed Image Text:Energy
Electric
discharge
546 nm-
436 nm-
404 nm-
579 nm-
366 nm
254 nm-
185 nm-
579 nm
546 nm
436 nm
404 nm
Ultraviolet
(<400 nm)
Why does mercury emit photons at longer wavelengths than the wavelengths that mercury absorbs? Select all that
apply.
○ Mercury is to emit all excess energy at once.
○ Mercury is to absorb all the excess energy at once.
When mercury absorbs energy it does not have to absorb all the excess energy at once.
When mercury emits energy it does not have to emit all the excess energy at once.
○ While absorbtion goes with transition from the ground electronic state to higher excited state, the emission crresponds to
transition from higher to lower excited state with less energy difference and longer wavelengths of emited light.
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