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Evaporation is slower in warm air then it is hot air because the molecules don't start moving as fast. This means evaporation doesn't happen quickly.
Moving air increases body heat loss by convection and sweat evaporation. The temperature difference between still air and moving air is about 4-8 degrees. Scott Burt swbuilding@verizon.net
Heat, altitude, and moisture content in the air are factors which may effect the speed of evaporation.
The moving air increases the rate of evaporation of your sweat, so cooling you down.
No. Wind is not an object in itself but the effect of moving air.
When you sit under a fan after bathing, the moving air from the fan helps to increase evaporation from your wet skin. This evaporation process cools down your body. Additionally, the fan provides a breeze that helps to dissipate any residual heat on your skin, making you feel cooler.
Wind, breeze.
Wind or a breeze.
breeze
sex
Evaporation is slower in warm air then it is hot air because the molecules don't start moving as fast. This means evaporation doesn't happen quickly.
breeze
Yes, breeze is matter. The characteristics of matter are that they occupies space and has mass. Breeze is basically moving air and since air is matter( it takes up space and has mass), breeze is therefore matter as well. Hope this helps!
No, it increases the rate.
sea breeze
Moving air increases body heat loss by convection and sweat evaporation. The temperature difference between still air and moving air is about 4-8 degrees. Scott Burt swbuilding@verizon.net
Heat, altitude, and moisture content in the air are factors which may effect the speed of evaporation.