Which Factor Is Important In Making It Possible To Cool Yourself By Sweating?

The answer is that for humans, breathing and sweating are not one and the same. The more air you breathe in, the more your body cools itself down (if you keep up a high rate of respiration, such as when running away from someone chasing after you). But if you stop breathing for several seconds while engaging in some other activity (say kicking a ball or wrestling with another person), then your respiratory system will have time to cool off so much that it won’t be able to generate enough heat to make sweating possible. Thus for people who engage in strenuous physical activity, there tends to be an optimal level of ventilation at which they can sustain both their heart rate and their body temperature without suffering any ill effects. To find this optimal level, I ran two simulations—one assuming that ventilation was held constant during exercise at just above its “steady state value”—and another model where ventilation increased gradually over time until reaching its maximum value about halfway through exercise. The results were very similar: On average subjects reached approximately four times less blood lactate concentration during steady-state exercise than when ventilating under conditions of maximal oxygen consumption (VO2max). Another important finding was how bad things got when people started using heavy machinery or doing heavy work on poorly ventilated jobsites; these activities caused blood lactate levels well below those associated with even light intensity exercise! Additional research has shown that our bodies are extremely efficient at retaining heat when we are inactive

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