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the 2900 00 FIGURE 37.7 The hydrogen emission spectrum. Hydrogen emission spectrum 656.5 nm The spectral lines extend to the series limit at 364.7 nm. 486.3 nm 434.2 nm 410.3 nm

the 2900 00 FIGURE 37.7 The hydrogen emission spectrum. Hydrogen emission spectrum 656.5 nm The spectral lines extend to the series limit at 364.7 nm. 486.3 nm 434.2 nm 410.3 nm

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Figure 37.7 identified the wavelengths of four lines in the Balmer series of hydrogen.lushionsbreymd belfor a. Determine the Balmer formula n and m values for these wavelengths.olbal balapb b. Predict the wavelength of the fifth line in the spectrum.
Transcribed Image Text:Figure 37.7 identified the wavelengths of four lines in the Balmer series of hydrogen.lushionsbreymd belfor a. Determine the Balmer formula n and m values for these wavelengths.olbal balapb b. Predict the wavelength of the fifth line in the spectrum.
vigent FIGURE 37.7 The hydrogen emission spectrum. 20 Hydrogen emission spectrum 656.5 nm The spectral lines extend to the series limit at 364.7 nm. 486.3 nm 434.2 nm 410.3 nm
Transcribed Image Text:vigent FIGURE 37.7 The hydrogen emission spectrum. 20 Hydrogen emission spectrum 656.5 nm The spectral lines extend to the series limit at 364.7 nm. 486.3 nm 434.2 nm 410.3 nm
Expert Solution
Step 1

Given:

Wavelengths of four lines of Balmer series of hydrogen as:

656.5 nm, 486.3 nm, 434.2 nm and 410.3 nm

Note:

1 m=109 nm

Find:

(a) Determine the values of n and m in Balmer formula for given wavelengths.

(b) Wavelength of the fifth line in line spectrum.

steps

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