At what speed does the air turn from a wind chill factor to friction causing heat?
398051
you left out a lot of info lmao.\nwhat is the humidity of the air and what presure are you talking about.\nHeat and cold are regulated by the moisture content of the air.
216745
One unit kelvin, or 5/9 degree farenheit
268223
Temperature is 59 degrees F\nbarometric pressure is 29.92 inches of mercury\nstill air
157960
"Wind is the roughly horizontal movement of air (as opposed to an air current) caused by uneven heating of the Earth's surface."\n\nThe sun heats up the earth's surface, the hot air rises while the cool air sinks, therefore create air movement - which is called wind.
127151
Hot air has molecules which are more active from the energy that they receive from heat and, therefore, tend to collide more often with other molecules than when the air is cool. When more collisions occur, more pressure will be built up. To maintain pressure in the surroundings, the molecules will move to a place with less pressure, and that is upwards. When the air cools, it will go down again and the cycle continues.
129713
MeghnarMajhi is right.\n\nTemperature <==> Heat
203243
Any magnetic field motion against any resistance will generate heat- It is a linear relationship, so the faster it moves, the greater heat generated.  There is no minimum speed below which NO heat is generated.
65568
18.8 degrees F., (-7.3 degrees C)
340240
wrong jattiman,\nv is not proportional to temperature\nv2 is proportional to absolute temp\n\nvelocity doubles at 1200 kelvin = 927 deg C
412780
freezing: 0 C,  32 F\nboiling: 100 C, 212 F
769934
It's the actual temperature with humidity, wind chill factor (if applicable), dew point and other conditions taken into consideration. There's actually a mathematical equation to figure it out but it may be hard to find since the calculations are done by computers these days.
784726
Fan increase the speed of air, Air will do the rest.  Excess Temperature will desipate into air. Air will carry more heat In less time.
1159227
As a general rule, warm air rises and cool air sinks\nit expands and becomes lighter as the molecules of air move farther apart
750705
212 F, 100 C,     373 K
857506
Approx. 1200 degrees F.
451605
Anything warmer than the air temperature will be affected\n\nMeaning more heat will be lost from the warm object if there is  wind. The wind moves the lost heat away from the object.
762680
its heat; radiators give off heat and so does the friction caused by moving atoms