Answer Happy

Hello, this is an assignment that's due soon and I want to be
sure. How to calculate haemoglobin oxygen saturation given the %T
transmission values? (instructions provided). Are the answers I
have calculated correct? (They are highlighted around in yellow in
the table below). The %T values are recorded in the last column of
the table as well.
Example:
Suppose that the %T values at 606 nm for fully oxygenated (100%
saturated) haemoglobin and fully deoxygenated haemoglobin (+ Na
dithionite) are 53% and 3%, respectively.
%T (100% saturated) = 53%
%T (0% saturated) = 3%
If the %T reading at the applied pressure is 28%T then the
%saturation value =
(28-3)/(53-3) x 100 = 50%
To calculate % saturation using your results use the following
equation:
(X – Y)/(Z-Y) x 100
Where X = the %T value at any oxygen partial pressure, Y = the
minimum value of %T, Z = the maximum value of %T..
Table 2: Haemoglobin oxygen saturation vs pO2 at pH 7.4 Pressure (mm Hg) HbO2 saturation (%) % Transmittance Vacuum on gauge (kPa) Partial pressure of oxygen 0 760 154.6 66.7 69.8 -20 610 121.4 0 66.6 -40 460 93.6 100 71.4 -60 310 63.1 47.9 68.9 -80 -90 -95 -101.3 (sim) 15.8