After graphing the appropriate variables for the linear Rydberg equation you obtain the following best-fit linear line: y = -1.962x + 4.037. Calculate RH from the intercept of the line. Note: These numbers are made up given the limitations of Canvas. Your numbers in lab will be different. Report your answer with two places after the decimal.

Principles of Instrumental Analysis
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ISBN:9781305577213
Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch
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Chapter8: An Introduction To Optical Atomic Spectrometry
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Problem 8.10QAP: In high-temperature sources, sodium atoms emit a doublet with an average wavelength of 1139 nm. The...
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After graphing the appropriate variables for the linear Rydberg equation you obtain the following
best-fit linear line: y = -1.962x + 4.037. Calculate RH from the intercept of the line.
Note: These numbers are made up given the limitations of Canvas. Your numbers in lab will be different.
Report your answer with two places after the decimal.
Transcribed Image Text:After graphing the appropriate variables for the linear Rydberg equation you obtain the following best-fit linear line: y = -1.962x + 4.037. Calculate RH from the intercept of the line. Note: These numbers are made up given the limitations of Canvas. Your numbers in lab will be different. Report your answer with two places after the decimal.
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