Question

Wind chill on a windy day, a temperature of 15 degrees may feel colder, perhaps it may feel like 7 degrees The formula below calculates the "wind chill", indicating the temperature that is felt based on the actual temperature (t, in Fahrenheit) and wind speed (v, in miles per hour): - 35.74+0.6215t+(0.4275 t-35.75) (v16 Write a function windChill that takes two input arguments (t and v) and returns the wind chill value, rounded up to the closest integer value Note: The formula is not valid if t is larger than 50 in absolute value or if v is larger than 120 or less than 3.You may assume that the values we will test for are in that range. Here's an example of a possible sample run: >>> print(windchill (20,15)) 6 For example Test print(windChill(20,15)) 6 print(windChill(50,15)) 45 Result Answer: (penalty regime: 0, 10, 20, %) 1 def windChill(t,v): 2.1 if abs(t) <-50 and 3 < v <120: w- round (35.740.6215 t (0.4275*t 35.75) *(v* 0.16) return w

This is for Python3. Why do the answers to these two conditions differ? thank you very much！

Answer 1

Answer

because the one with the for loop is iterating from -50 to 50
and returns wind chill factor value for t = -50
so, in your function, wind chill factor is always calculated with temperature of -50