Question

(13) The temperature it feels F (in degrees Fahrenheit) is a function of the actual temperature T (in degrees Fahrenheit) and the humidity H (in percent). Suppose 0.5 -0.9, and (T.H)-(85,20) 82, (a) Estimate how hot it feels when T эн 1 (TH) (85,20) (T,H)-(85.20) 87 and H (b) Presently the actual temperature is 85 degrees Fahrenheit and there is 20% humidity. 17 If the humidity rises to 22% about how much would the temperature also have to change in order for the temperature we feel to stay the same?

Answer 1

13) The temperature it feels F (in degrees Fahrenheit) is a function of the actual temperature T (in degrees Fahrenheit) and the humidity H (in percent). Suppose - 0.9,and 0.5 (T,H)=(85,20,-82. (T, H)-(85.20) (T, H)-(85,20) (a) Estimate how hot it feels when T-87 and H -17. F(87,ה (b) Presently the actual temperature is 85 degrees Fahrenheit and there is 20% humidity. If the humidity rises to 22% about how much would the temperature also have to change in order for the temperature we feel to stay the same? 0.9