10. The concentration of haemoglobin in a blood sample was determined by spectrophotometry. A standard curve of the absorbance at 412 nm of several solutions of known haemoglobin concentrations was created. The data for the standard curve is shown below. a. Calculate the linearity coefficient (r), y-intercept and slope. b. What is the concentration (in pg/mL) of haemoglobin in your sample if the absorbance obtained at 412 nm was 0.303? Absorbance Concentration of standard solution (pg/ml) (412nm) 0.069 1 0.113 0.201 2 4 0.377 8 0.730 16

Chemistry & Chemical Reactivity
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Chapter4: Stoichiometry: Quantitative Information About Chemical Reactions
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10. The concentration of haemoglobin in a blood sample was determined by
spectrophotometry. A standard curve of the absorbance at 412 nm of several solutions
of known haemoglobin concentrations was created. The data for the standard curve
is shown below.
a. Calculate the linearity coefficient (r), y-intercept and slope.
b. What is the concentration (in ug/mL) of haemoglobin in your sample if the
absorbance obtained at 412 nm was 0.303?
Absorbance Concentration of standard solution (pg/ml)
(412nm)
0.069
1
0.113
2
0.201
4
0.377
8.
0.730
16
Transcribed Image Text:10. The concentration of haemoglobin in a blood sample was determined by spectrophotometry. A standard curve of the absorbance at 412 nm of several solutions of known haemoglobin concentrations was created. The data for the standard curve is shown below. a. Calculate the linearity coefficient (r), y-intercept and slope. b. What is the concentration (in ug/mL) of haemoglobin in your sample if the absorbance obtained at 412 nm was 0.303? Absorbance Concentration of standard solution (pg/ml) (412nm) 0.069 1 0.113 2 0.201 4 0.377 8. 0.730 16
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