The last time you took off in your small aircraft from an airstrip, you barely had enough runway to spare. That day, the relative humidity was 20%, and the outside air temperature was 85F. Today you have to take off from the same airport. The outside temperature is 45F and the relative humidity is 98%. You remember that the lift coefficient of the aircraft's wing is defined as: C = L/qS, where L is the lift force, S is the area of the wing and q = (rU/2) is the dynamic pressure with r the air density, and U the airspeed. Do you think your airplane will be able to take off today without running out of runway? Use the Psychrometric chart to explain your answer.