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Alma weighs 125 lbs, and her maximal absolute oxygen consumption (VO2max) is 2.4 L/min. What is her relative VO2max in ml/kg/min?

A. 124.3 ml/kg/min
B. 28.6 ml/kg/min
C. 42.3 ml/kg/min
D. 0.86 ml/kg/min

John weighs 235 lbs, and his maximal relative oxygen consumption (VO2max) is 39 ml/kg/min. What is his absolute VO2max?

A. 3.9 L/min
B. 13.6 L/min
C. 42.8 L/min
D. 4.2 L/min

Answer :

Alma's relative VO2max is 28.6 ml/kg/min, and John's absolute VO2max is 4.2 L/min.

To calculate Alma's relative VO2max in ml/kg/min, we need to convert her weight from pounds to kilograms. Since 1 pound is approximately equal to 0.4536 kilograms, Alma's weight is approximately 56.7 kg (125 lbs * 0.4536 kg/lb). Her relative VO2max can be calculated by dividing her absolute VO2max (2.4 L/min) by her weight in kilograms. Therefore, Alma's relative VO2max is approximately 42.3 ml/kg/min (2.4 L/min * 1000 ml/L / 56.7 kg).

For John's case, we are given his maximal relative oxygen consumption (VO2max) of 39 ml/kg/min. To determine his absolute VO2max in L/min, we need to convert his weight from pounds to kilograms. John's weight is approximately 106.6 kg (235 lbs * 0.4536 kg/lb). To calculate his absolute VO2max, we multiply his weight in kilograms by his relative VO2max in ml/kg/min. Hence, John's absolute VO2max is approximately 4.2 L/min (39 ml/kg/min * 106.6 kg / 1000 ml/L).

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