Answer :
Final answer:
The given data represents the relationship between the concentration of ibuprofen in plasma samples and the corresponding relative peak area obtained from HPLC analysis. By plotting this data, a calibration curve can be generated for determining the concentration of ibuprofen in unknown samples.
Explanation:
The given data represents the relationship between the concentration of ibuprofen in plasma samples and the corresponding relative peak area obtained from HPLC analysis. The relative peak area is a measure of the intensity of the peak representing ibuprofen in the chromatogram. By plotting the concentration of ibuprofen against the relative peak area, a calibration curve can be generated. This curve can then be used to determine the concentration of ibuprofen in unknown plasma samples based on their relative peak areas.
To create the calibration curve, we can plot the concentration of ibuprofen on the x-axis and the relative peak area on the y-axis. Each data point corresponds to a known concentration of ibuprofen and its corresponding relative peak area. Connecting these data points will give us a straight line. Any unknown concentration of ibuprofen can be determined by finding its corresponding relative peak area on the calibration curve and reading the corresponding concentration value on the x-axis.
In this case, we have the following data pairs:
[Ibuprofen] (μg/mL) Relative Peak Area
0.5 5.0
1.0 10.1
2.0 17.2
3.0 19.8
6.0 39.7
8.0 57.3
10.0 66.9
15.0 95.3
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