It depends at what temperature. If we assume that it is at its boiling point already, then you do the equation. Q=MH(f). Q= heat, m=mass, and H is the feat of fusion. For water it is 2260J/g. So do it like this. Q=1000mL * 2260J/g. You need 2260 kJ to heat 1L of water at its boiling point.
It equals one kilpod.
Boilers produce wet steam when the steam generated contains a mixture of water droplets and vapor, often due to insufficient heating or pressure. This can occur if the boiler operates at low temperatures, has inadequate insulation, or if there is too much water in the boiler. Additionally, rapid boiling or poor water circulation can contribute to wet steam formation. Wet steam is undesirable in many applications as it can lead to decreased efficiency and potential damage to equipment.
No!!!! Please don't do this. You will ruin your floor. no, never. Steam cleaners and steam mops leave to much water on a laminate floor.
The amount of water a steam engine uses can vary significantly depending on its size, design, and operational conditions. On average, a steam locomotive might consume about 3 to 5 gallons of water per mile traveled. However, larger steam engines or those used in industrial settings can use much more, sometimes hundreds of gallons per hour, especially during heavy operations. Efficient water management is crucial for optimal performance and steam generation.
The power output of a steam engine can vary widely depending on its design, size, and application. Small steam engines may produce only a few horsepower, while larger, industrial steam engines can generate thousands of horsepower. For example, the steam engines used in locomotives typically produced between 500 to 2,000 horsepower. Ultimately, the specific power output depends on factors such as steam pressure, engine efficiency, and operational conditions.
One liter of water, when converted to steam, occupies a much larger volume due to the differences in density between liquid water and steam. At standard atmospheric pressure, 1 liter of water can produce approximately 1,600 liters of steam. However, this volume can vary depending on temperature and pressure conditions. Therefore, the exact amount of steam that equals 1 liter of water is typically around 1,600 liters under normal conditions.
Water weighs 1kg per liter. If it is all turned to steam you will have 1kg of steam. Water expands to nearly 1700 times its original volume at 212 degrees.
It would take 1 ton of water to create 1 ton of steam.
1 pound of water at sea level can produce approximately 26.8 cubic feet of steam.
The particles them self, assuming that you are referring to the individual atoms/molecules that makes up a liquid, does not change in "density" when going from one state of matter to another (liquid -> steam). However, the density changes for a certain amount of the matter, for instance one liter. One liter of water weighs a lot more than one liter of water steam. This is because the density of liquid water is much higher than water steam. The density of liquid water is 1000g/liter while the density of steam is 0.8g/liter. In other words, liquid water is over 1200 times denser than water vapor!
1 M3 of water will make 1 tomme of steam
132 gallons
One liter of what?
The answer will depend on the units for the temperature.
How much steam is required to produce 5 MW power in steam turbine?In fully condensing turbine we will need 20 TPH steam required to generate for 5MW
It equals one kilpod.
Water is needed for distillation to control the amount of alcohol and to produce steam. Much of the water is boiled off during the process but the remaining percentage dictates the proof.