Use the following data to determine the maximum rate at which a standard man can climb...

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Physics

Use the following data to determine the maximum rate at which astandard man can climb a mountain: Blood contains 16.0 wt%hemoglobin (with molecular weight 65,000 g/mol). Each hemoglobinmolecule can carry four oxygen molecules. The heart pumps 101cm³/s blood of density 1.06 g/cm³. Eachoxygen molecule can oxidize one sugar unit (the chemical formulaper sugar unit is CH₂O, which is an organic alcoholgroup) to CO₂ and H₂O; the oxidation of 1 gsugar yields about 17 kJ of energy, of which 25% can be used to domuscle work. (Assume the climber has a mass of 66 kg.)

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we need to calculate the maximum rate at which a standard man can climb a mountain of hemoglobin 16 wt hemoglobin with molecular weight 65000 gmol amount of blood pumped 101 cm3s Density 106 gcm3 amount of blood in grams pumped 101 cm3s X 106 gcm3 10706 g s The amount of hemoglobin See Answer

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