3. The wind chill is the temperature, in degrees Fahrenheit (F), a human feels based on...

 

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3. The wind chill is the temperature, in degrees Fahrenheit (F), a human feels based on the air temperature, in degrees Fahrenheit, and the wind velocity v, in miles per hour (mph). If the air temperature is 32F, then the wind chill is given by W (v) = 55.6-22.10.16 and is valid for 5 S vs 60. Find the value of v at which the instantaneous rate of change of W is equal to the average rate of change of W over the interval 5 Sv 60. Round your answer to three decimal places. 4. On the given interval, find the x-value where the function is equivalent to the average value on that f(x) = [1,3] interval. Show your work. 5. Find where the instantaneous rate of change is equivalent to the average rate of change. Show your work. f(x)=x+3; [-3,-1] 3. The wind chill is the temperature, in degrees Fahrenheit (F), a human feels based on the air temperature, in degrees Fahrenheit, and the wind velocity v, in miles per hour (mph). If the air temperature is 32F, then the wind chill is given by W (v) = 55.6-22.10.16 and is valid for 5 S vs 60. Find the value of v at which the instantaneous rate of change of W is equal to the average rate of change of W over the interval 5 Sv 60. Round your answer to three decimal places. 4. On the given interval, find the x-value where the function is equivalent to the average value on that f(x) = [1,3] interval. Show your work. 5. Find where the instantaneous rate of change is equivalent to the average rate of change. Show your work. f(x)=x+3; [-3,-1]