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{"ops":[{"insert":"A marathon runner, treated as a cylinder with diameter of 0.42 m running at 4.5 ms-1 relative to the surrounding air, has a net radiation load of 350 Wm\u22122. The air temperature and vapor pressure are 25\u00b0C and 2.40 kPa, respectively. Assuming that the runner\u2019s skin is covered with sweat that is a saturated salt solution for which the relative humidity of air in contact with the solution is 68%. The specific heat of air, cp, at constant pressure is 1005 Jkg-1K-1.\ni) Calculate the resistance to sensible heat transfer, rH.\nii) Determine the value of the modified psychrometer constant (\ud835\udefe\u2217).\niii) Calculate the saturation vapor pressure deficit at temperature of 25 \u00b0C. \niv) Using the Penmann Equation, estimate the rate of latent heat loss (\u03bbE).\n"}]}
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