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Item 5 Constants Part A air temperature is the same as the By how much would the body temperature of the bicyclist increase in an hour it he were unable to get rid of the excess hear? temperature of your skin (about 30 C), your body in cannot get rnid at heat by transterring it to the air. In that case, it gets rid of the heat by evaporat water (sweat). During bicycling, a typical 75.0 kg persons body produces energy at a rate of about 503 W due to metabolism, 800%ofwhich is converted to heat. (Recall that the normal internall body temperature is 986 F and the specific hea capacity of the body is 3480 J/(kg. C) С Submit Part B Find out, how high a tever wouild it be equvalent to. in
Item 5 ConstantsPart B If the air temperature is the same as the Find out, how high a ever would it be equivalent to, in F? temperature of your skin (about 30 C), your body cannot get rid of heat by transferring it to the air. In that case, it gets rid of the heat by evaporati water (sweat), During bicycling, a typical 75.0 kg persons body produces energy at a rate of about 503 W due to metabolism, 800%ofwhich is converted to heat. [Recall that the normal internal body temperature is 96.6 F and the specific heat capacity of the body is 3480J/(kg. C)3 Submit Request Anwwe Part C Is this temperature increase large enough to be sericus? Please Choose Submit eest Ane Provide Feedback
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