b. A best-fit line has been included on the calibration curve via a least squares analysis. By simple visual inspection of the figure to the right (do not re-create it), explicitly write out the equation/model for this calibration curve including units. c. Using your model (i.e. not just visual) from part-b of this question, what would be the analyte concentration when the detector response is 250 mV (show your work)? d. Using your model from part-b and extrapolating, what would be measured detector response when the concentration is 73.7 uM? (show your work)?

b. A best-fit line has been included on the calibration curve via a least squares analysis. By simple visual inspection of the figure to the right (do not re-create it), explicitly write out the equation/model for this calibration curve including units. c. Using your model (i.e. not just visual) from part-b of this question, what would be the analyte concentration when the detector response is 250 mV (show your work)? d. Using your model from part-b and extrapolating, what would be measured detector response when the concentration is 73.7 uM? (show your work)?

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter1: Fundamental Concepts Of Algebra

Section1.4: Fractional Expressions

Problem 65E

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