If the air temperature is the same as the 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 evaporating water (sweat). during bicycling, a typical 72.0 kgperson’s body produces energy at a rate of about 501 w due to metabolism, 78.0 % of which is converted to heat. [recall that the normal internal body temperature is 98.6 ∘f and the specific heat capacity of the body is 3480 j/(kg⋅∘c) .]part aby how much would the body temperature of the bicyclist increase in an hour if he were unable to get rid of the excess heat? δt = ∘c submitmy answersgive uppart bfind out, how high a fever would it be equivalent to, in ∘f? t = ∘f submitmy answersgive uppart cis this temperature increase large enough to be serious? choose yes/no