funnel sand paper and something to put the water into
To calculate the mass of water that would need to evaporate to dissipate 2000 kJ of heat, we need to use the heat of vaporization of water, which is 2260 J/g. By converting the energy to joules and dividing by the heat of vaporization, we find that approximately 884 grams (0.88 kg) of water would need to evaporate from the athlete's skin.
Add heat.
If it is already a gas, it does not need to evaporate.
Yes, water can evaporate at night. The rate of evaporation may be slower due to cooler temperatures and reduced sunlight, but it can still occur if the conditions are right.
funnel sand paper and something to put the water into
when u need something to evaporate really quickly
heat plays a big part in evaporation by making it occur. we need heat for evaporation so water can evaporate
heat plays a big part in evaporation by making it occur. we need heat for evaporation so water can evaporate
Because all you need to do is heat the condensate up and it will evaporate again.
High temperature favors evaporation but evaporation occur at any temperature.
To calculate the mass of water that would need to evaporate to dissipate 2000 kJ of heat, we need to use the heat of vaporization of water, which is 2260 J/g. By converting the energy to joules and dividing by the heat of vaporization, we find that approximately 884 grams (0.88 kg) of water would need to evaporate from the athlete's skin.
it doesnt need to be that close but not that far ehtier.
To heat something up
To remove the same amount of heat as a light bulb in an hour (about 60 watts), approximately 200 ml of sweat would need to evaporate per hour. This calculation is based on the heat of vaporization of sweat and the rate of heat production by a light bulb.
No, water does not need sunlight to evaporate. The primary factor that drives evaporation is heat energy, which can come from various sources, not just sunlight. Evaporation occurs when water molecules gain enough energy to escape from the liquid and enter the air as a gas.
To make something burn, you need fuel (such as paper or wood), oxygen (from the air), and heat (a source of ignition like a match or a spark). These three components make up the fire triangle, and without any one of them, combustion cannot occur.