The heat that can be dissipated by the human body, per time, is a function of a number of different things. I've been st

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The heat that can be dissipated by the human body, per time, isa function of a number of different things. I've been studying aparticular person, and I've found the below equation to calculatethe Heat Flow Q (in Watts) as a function of their Skin TemperatureT (in degrees Celsius). Q {W} = 3.5 * ( T {C} - 25.4 ) However, Idon't want to work in SI units. I want you alter this equation toaccept Skin Temperature T in degrees Fahrenheit and calculate HeatFlow Q in BTU per hour. Convert the equation and collect terms. Theform of your new equation must be as seen below: Q {BTU/hr} = X * T{F} - Y {BTU/hr} Report the new value for the constant Y, withoutunits, in the blank below, rounded to one (1) decimal place.