3. A solution in the lab has an absorbance of 0.663 in a 1.0 cm cell, too concentrated for an accurate measurement. The

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3. A solution in the lab has an absorbance of 0.663 in a 1.0 cm cell, too concentrated for an accurate measurement. The

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3 A Solution In The Lab Has An Absorbance Of 0 663 In A 1 0 Cm Cell Too Concentrated For An Accurate Measurement The 1
3 A Solution In The Lab Has An Absorbance Of 0 663 In A 1 0 Cm Cell Too Concentrated For An Accurate Measurement The 1 (47.46 KiB) Viewed 107 times
3. A solution in the lab has an absorbance of 0.663 in a 1.0 cm cell, too concentrated for an accurate measurement. The sample is diluted from 1 to 5 ml and then measured in a 2.0 cm cell. If the measurement is linear, what is the expected absorbance? = 4. If the molar absorptivity of the analyte in Problem #3 is ε = 8.32 M-cm what is the concentration of the solution?
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