One of the major limitations of Beer's Law is that it only explains the behavior of dilute solutions, or in other words, it only applies to solutions with a concentration lower than 0.1M. Because of this, does it mean that we cannot analyze samples with concentrations greater than 0.1M? Why, or why not? We cannot, because Beer's Law will not apply and therefore, we will not be able to calculate the concentration of the A sample B) We cannot, because doing so would damage the instrument We can, but we must first dilute the sample to a concentration lower than 0.1 M We can, we just have to accept that the results will not be as reliable
One of the major limitations of Beer's Law is that it only explains the behavior of dilute solutions, or in other words, it only applies to solutions with a concentration lower than 0.1M. Because of this, does it mean that we cannot analyze samples with concentrations greater than 0.1M? Why, or why not? We cannot, because Beer's Law will not apply and therefore, we will not be able to calculate the concentration of the A sample B) We cannot, because doing so would damage the instrument We can, but we must first dilute the sample to a concentration lower than 0.1 M We can, we just have to accept that the results will not be as reliable
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter10: Solutions
Section: Chapter Questions
Problem 27QAP: The Henry's law constant for the solubility of helium gas in water is 3.8104M/atm at 25C. (a)...
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Transcribed Image Text:One of the major limitations of Beer's Law is that it only explains the behavior of dilute solutions, or in other words, it only applies
to solutions with a concentration lower than 0.1M. Because of this, does it mean that we cannot analyze samples with
concentrations greater than 0.1M? Why, or why not?
We cannot, because Beer's Law will not apply and therefore, we will not be able to calculate the concentration of the
A
sample
B
We cannot, because doing so would damage the instrument
We can, but we must first dilute the sample to a concentration lower than 0.1 M
We can, we just have to accept that the results will not be as reliable
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