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When using a calibration curve, one of the things to remember is to never extrapolate from the data plotted on the curve. If the linear working range of your calibration curve covers the concentrations 1-10 ppm of the analyte, but the sample turns out to have a concentration greater than 10 ppm, which among the following choices is the most logical thing to do? A Use the equation of the calibration curve to find the concentration of the sample B Use the sensitivity of the calibration curve to estimate the concentration of the sample Use the y-intercept of the calibration to estimate the concentration of the sample Create a new calibration curve that would most likely include the concentration of the sample

When using a calibration curve, one of the things to remember is to never extrapolate from the data plotted on the curve. If the linear working range of your calibration curve covers the concentrations 1-10 ppm of the analyte, but the sample turns out to have a concentration greater than 10 ppm, which among the following choices is the most logical thing to do? A Use the equation of the calibration curve to find the concentration of the sample B Use the sensitivity of the calibration curve to estimate the concentration of the sample Use the y-intercept of the calibration to estimate the concentration of the sample Create a new calibration curve that would most likely include the concentration of the sample

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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When using a calibration curve, one of the things to remember is to never extrapolate from the data plotted on the curve. If the linear working range of your calibration curve covers the concentrations 1-10 ppm of the analyte, but the sample turns out to have a concentration greater than 10 ppm, which among the following choices is the most logical thing to do? Use the equation of the calibration curve to find the concentration of the sample Use the sensitivity of the calibration curve to estimate the concentration of the sample Use the y-intercept of the calibration to estimate the concentration of the sample D Create a new calibration curve that would most likely include the concentration of the sample
Transcribed Image Text:When using a calibration curve, one of the things to remember is to never extrapolate from the data plotted on the curve. If the linear working range of your calibration curve covers the concentrations 1-10 ppm of the analyte, but the sample turns out to have a concentration greater than 10 ppm, which among the following choices is the most logical thing to do? Use the equation of the calibration curve to find the concentration of the sample Use the sensitivity of the calibration curve to estimate the concentration of the sample Use the y-intercept of the calibration to estimate the concentration of the sample D Create a new calibration curve that would most likely include the concentration of the sample
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