In Python

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The wind makes us colder when it blows across the exposed area of our skin. It draws heat away from our bodies. When the wind speeds up, it draws more heat away, so your body cools faster than if it were a still day. A couple Antarctic explorers in the 40s (Siple and Passel) experimented with water bottles and different wind conditions. They formed the first formula to express windchill. There have been some changes in the formula over the years because windchill is a difficult measurement to express. How many factors should it take into account? the humidity? the person's size and weight? day or night? latitude? The formulas you need OldstylewC-0.081 ( 3.71 V elocity + 5.81-0.25 velocity)(tempF-91.4) + 91.4 NewStyleWC 35.740.6215 tempF 35.75 (velocity16) + 0.4275 tempF (velocity016) where velocity is the wind speed in miles per hour and tempF is the Fahrenheit temperature The first formula is to calculate the windchill according to an older formula, used up until 2001 The second formula calculates the windchill according to the current formula. Your program should develop a table of windchills, based on the user's inputs of the temperature and the starting wind speed. The table should produce columns as seen below, for wind speed, the windchill according to the old formula, windchill according to the new formula and the difference between the two windchills. The table should be nicely labeled; the use of tab characters is encouraged. The table wind speed should start where the user says. Set the range to stop at 90 mph