For temperatures below 50oF and wind speeds above 3 mph, a parameter called wind chill factor (WCF) can be defined to measure how cold it feels. One formula for the WCF is

WCF=35.74 + 0.6214() 35.75(0.16) + 0.4275()(0.16)

where T is the temperature in degrees Fahrenheit and V is the velocity in miles per hour (mph). Write a program that will read the temperature and the wind speed from the file atmo_data.dat or atmo_data.txt. The values in the file are in degrees Celsius and in kilometers per hour (kph), respectively. The program will determine the WCF in degrees Fahrenheit. Display the WCF to two decimal places in the command window within the statement:

At this wind chill factor, how long do you have before you get frostbite? (This will require some research online).

Given a temperature of degrees Celsius and a wind speed of kph, the wind chill factor is degrees Fahrenheit. 3. For temperatures below 50F and wind speeds above 3 mph, a parameter called wind chill factor (WCF) can be defined to measure how cold it feels. One formula for the WCF is WCF=35.74 +0.6214(T) - 35.75(v0.16) + 0.4275(T)(V0.16) where T is the temperature in degrees Fahrenheit and V is the velocity in miles per hour (mph). Write a program that will read the temperature and the wind speed from the file atmo_data.dat or atmo_data.txt. The values in the file are in degrees Celsius and in kilometers per hour (kph), respectively. The program will determine the WCF in degrees Fahrenheit. Display the WCF to two decimal places in the command window within the statement: Given a temperature of degrees Celsius and a wind speed of kph, the wind chill factor is degrees Fahrenheit. At this wind chill factor, how long do you have before you get frostbite? (This will require some research online). Your .m file and the output to the command window are to be submitted