QuestionJune 28, 2025

5. What is the predicted relative VO2 for a 190 Ibs man cycling at a resistance of 147 watts (2 points)

5. What is the predicted relative VO2 for a 190 Ibs man cycling at a resistance of 147 watts (2 points)
5. What is the predicted relative VO2 for a 190 Ibs man cycling at a resistance of 147
watts (2 points)

Solution
3.9(360 votes)

Answer

25.44 \text{ ml/min/kg} Explanation 1. Convert weight to kilograms Weight in kg = \frac{190 \text{ lbs}}{2.20462} \approx 86.18 \text{ kg}. 2. Calculate absolute VO2 Use the formula for cycling: VO2 = (10.8 \times \text{watts}) / \text{weight in kg} + 7. Absolute VO2 = (10.8 \times 147) / 86.18 + 7 \approx 25.44 \text{ ml/min/kg}. 3. Determine relative VO2 Relative VO2 is already calculated as absolute VO2 per kg of body weight.

Explanation

1. Convert weight to kilograms<br /> Weight in kg = $\frac{190 \text{ lbs}}{2.20462} \approx 86.18 \text{ kg}$.<br />2. Calculate absolute $VO2$<br /> Use the formula for cycling: $VO2 = (10.8 \times \text{watts}) / \text{weight in kg} + 7$. <br /> Absolute $VO2 = (10.8 \times 147) / 86.18 + 7 \approx 25.44 \text{ ml/min/kg}$.<br />3. Determine relative $VO2$<br /> Relative $VO2$ is already calculated as absolute $VO2$ per kg of body weight.
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