Specific Heat of Water = 4.1813 kJ/l/K
If starting temperature is say 10°C -
500 Litres * 4.1813 (100°C - 10°C) = 188158.5 kJ
188158.5kJ / 3kW = 62719.5 Seconds = 17.42 Hours
depends on the amount of water
2 liters of water at 20 degrees, provided the mixing was not too vigorous and didn't last too long.
It will freeze quicker ina colder temperature. What is the temperature ?
Evaporation of sea water does absolutely nothing for a hurricane except provide water vapor. When the water vapor turns back to water in the form of rain it gives off heat. Hurricanes are massive heat engines. As long as they have water vapor to turn into heat they can continue blowing along. Without water vapor, the hurricane has no source of heat.
heat does affect water cause the moleculilis that soread to each other
This depends how many kilowatts are running through the element, but it can take anything from one to two hours.
A heating element inside of the water pipes heat the water as it passes through. Each time the faucet is turned on, the element is turned on. When the water goes off, so does the element. Thus, water is heated only when needed rather than being held in a storage tank.
It depends on the how many degrees you wish to change the water and the wattage of the heater. Obviously a 1500 watt heater will do it faster than a 1000 watt heater. You might want to begin by looking at the heat transfer formula: heat in joules equals mass times change in temperature times specific heat of the material (water in this case).
A liter. This is rather like asking "how long is a 1 foot piece of string."
A liter. This is rather like asking "how long is a 1 foot piece of string."
The specific heat of water determines how much energy is needed to heat water.
depends on the amount of water
If there is water in it you can heat it.
2 liters of water at 20 degrees, provided the mixing was not too vigorous and didn't last too long.
You can not get heat from cold water, The engine has to run long enough to get the water in the engine HOT. That is were you get heat from HOT WATER-- Coolent
Yes. As long as there is sufficient heat water can evaporate in the dark.
Roughly 4200 seconds, since the specific heat of water is around 4.2J/gK (ie it takes 4.2 joules to raise 1 gram by 1 Kelvin); 1 litre = 1000 grams, 1 Celcius (centigrade) = 1K, 1W = 1J/s.