Normal water as in pure water will steam faster than salt water. reason being that the salt water will require a higher boiling pont because of the prescence of impurities while pure water boils at 100 degrees
put the coal in a furnace and smelt stuffA more useful answerCoal is burnt to make heat, the heat is used to heat water, the water turns to steam and the steam turns a turbine that runs a generator. In ole ships the turbine or steam engine ran the propellers directly.
Steam has a greater volume than water because the water molecules in steam have more energy and move more quickly, causing them to spread out more. As steam is in the gaseous phase, the molecules are further apart compared to the liquid phase of water, which results in a greater volume.
Steam is used instead of water in power stations to increase the efficiency of the system. Heating water to produce steam allows for more energy to be extracted from the fuel, resulting in higher power generation. Additionally, steam can be used to power turbines at higher pressures and temperatures, leading to greater electricity production.
Steam takes up more space than liquid water because the molecules of water in steam have higher energy and are further apart from each other compared to when they are in liquid form. This causes steam to have a larger volume and be less dense than liquid water.
Vacuum is created in steam turbines to increase the efficiency of the turbine by lowering the pressure at the exhaust end, which allows the steam to expand and produce more work. This helps to generate more power from the same amount of steam.
In a bath there is less hot water vapour condensing into particles for you to see. Steam is made up of water vapour that you can't see. More fog is produced from a shower because cold air surrounding the hot water from the shower causes water vapour to change into small water droplets called fog not steam.
Sort of, as steam water spreads around more so you could say that water takes up more space as steam.
if you are saying 135 Fahrenheit. No such thing as 135 degree steam. 212 at sea level is the beginning of boiling and it will take more than that to produce steam. To produce visible water vapor takes a lot less heat but viruses & bacteria might not be completely killed by water vapor
When the small volume of water in a kettle is heated, it evaporates and turns into steam. Since steam takes up significantly more space than liquid water, even a small amount of water can produce a large volume of steam. As the steam escapes from the spout of the kettle, it quickly fills the enclosed space of a kitchen, creating the illusion of filling the entire room with steam.
As the water begins to boil steam forms inside the kettle, as more and more steam is produced the pressure starts to build, once the pressure is high enough the steam escapes through the whistle with sufficient force to blow the whistle and produce the sound.
put the coal in a furnace and smelt stuffA more useful answerCoal is burnt to make heat, the heat is used to heat water, the water turns to steam and the steam turns a turbine that runs a generator. In ole ships the turbine or steam engine ran the propellers directly.
A steam shower uses far less water than a normal shower. It can also last longer than a regular one. Steam is suppose to be beneficial for many things including bathing. Some people find them much more relaxing then a normal shower.
no because its not the water your using its the steam from the water
Steam has a greater volume than water because the water molecules in steam have more energy and move more quickly, causing them to spread out more. As steam is in the gaseous phase, the molecules are further apart compared to the liquid phase of water, which results in a greater volume.
why does steam take up more space than liquid water
Steam is used instead of water in power stations to increase the efficiency of the system. Heating water to produce steam allows for more energy to be extracted from the fuel, resulting in higher power generation. Additionally, steam can be used to power turbines at higher pressures and temperatures, leading to greater electricity production.
Steam is more dangerous because the temperature is higher.