e table below you will find three descriptlons of sclentIsts engaging In activities that are p description Wolfgang has worked out a light absorbed or emitted by any kind of atom, based around the idea that the motion of tiny confined particles (like electrons in atoms) are restricted like the vibration of guitar strings, to certain frequencies. Using equations that express his ideas, Wolfgang is able to successfully calculate the wavelengths of light absorbed or emitted by many atoms. that explains the wavelengths of about why the wavelength of light absorbed by Niels has a hydrogen has a certain value. Niels suggests the orbit of the electron in the hydrogen atom can only have certain radii, and when the electron "jumps" from one orbit to another, it emits light of an energy corresponding exactly to the difference in orbit energies. which says that After much experimentation, John discovers a the wavelengths of light absorbed by hydrogen gas fit into a pattern which he is able to express in a mathematical formula.

Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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e table below you will find three descriptions of sclentists engaging In activltles that arep
description
Wolfgang has worked out a
light absorbed or emitted by any kind of atom, based around the Idea that
the motlon of tiny confined particles (like electrons in atoms) are
restricted like the vibration of gultar strings, to certaln frequencles. Using
equations that express his ideas, Wolfgang is able to successfully calculate
the wavelengths of light absorbed or emitted by many atoms.
that explains the wavelengths of
about why the wavelength of light absorbed by
Niels has a
hydrogen has a certaln value. Niels suggests the orbit of the electron In
the hydrogen atom can only have certain radil, and when the electron
"jumps" from one orbit to another, it emits light of an energy
corresponding exactly to the difference in orbit energies.
After much experimentation, John discovers a
the wavelengths of light absorbed by hydrogen gas fit into a pattern which
he is able to express in a mathematical formula.
which says that
Transcribed Image Text:e table below you will find three descriptions of sclentists engaging In activltles that arep description Wolfgang has worked out a light absorbed or emitted by any kind of atom, based around the Idea that the motlon of tiny confined particles (like electrons in atoms) are restricted like the vibration of gultar strings, to certaln frequencles. Using equations that express his ideas, Wolfgang is able to successfully calculate the wavelengths of light absorbed or emitted by many atoms. that explains the wavelengths of about why the wavelength of light absorbed by Niels has a hydrogen has a certaln value. Niels suggests the orbit of the electron In the hydrogen atom can only have certain radil, and when the electron "jumps" from one orbit to another, it emits light of an energy corresponding exactly to the difference in orbit energies. After much experimentation, John discovers a the wavelengths of light absorbed by hydrogen gas fit into a pattern which he is able to express in a mathematical formula. which says that
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