1 M3 of water will make 1 tomme of steam
for converting cubic meter to ton , density or specific volume is needed. specific volume unite is m3/kg. steam cubic meter/ (cubic meter/kg)= steam (kg ) /1000= tone of steam
That would change according to how much pressure it was under.
You can't get an answer without knowing at the very least, the pressure and temperature of the steam and the volume of gas. With this information, see the ideal gas law, PV=nRT. n is number of moles and R is gas constant. number of moles is the mass / molecular mass (18g/mol for water). 1 cubic metre of water at 0C and standard pressure will have a density of 1g/ml, therefore, 1000kg or 1,000,000g.
1 pound of water at sea level can produce approximately 26.8 cubic feet of steam.
The amount of MMbtu required to produce one ton of steam can vary depending on the efficiency of the boiler and the pressure of the steam. On average, it takes about 10-12 MMbtu to produce one ton of steam at standard conditions.
One cubic foot of water, when completely converted to steam, will expand to approximately 1,700 cubic feet of steam at standard atmospheric pressure and temperature. This expansion occurs due to the phase change from liquid to gas, which significantly increases the volume of the substance. This process is governed by the ideal gas law, which describes the relationship between pressure, volume, and temperature of gases.
steam
The mass would be approx 39 grams: the volume depends on the pressure and also the temperature.
Steam engines produce smoke from the coal or wood they burn to produce heat to boil water tocreate pressure to drive pistons to move drive wheels. The "smoke" most people see is actually steam vapor from stack released during operation.
It is converted to heat first; this heat is then used to produce superheated steam. The pressure of the steam is what drives the electric generators.
Steam is generated by heat from the combution of fuel in a furnace or by waste heat from a process. The heat is transferred to water in the boiler shell, which then evaporates to produce steam under pressure.
The main uses for packing steam in a turbine are to produce electricity and power. The steam creates pressure when in turn spins a turbine at very high rates of speed.