Yes. They are both created when water reaches boiling point, 100 degrees and then turns into a gas.
The amount stays the same but some of it changes to steam and water vapour and it will disappear.
Steam is water in the vapour (gaseous) state; Ice is water in the solid state; liquid water is water in its liquid state - but the water's composition is the same in all three states.
Boiling water: When water is heated, it changes from a liquid state to a gaseous state, forming steam. Evaporation of alcohol: When rubbing alcohol is exposed to air, it evaporates and changes into a gas.
Both are same.
No, steam and water vapor are actually the same substance, which is gaseous water. However, steam is typically used to refer to water vapor that is hot and at a high temperature, while water vapor can be at any temperature.
Yes it dose. Its just not very dense. If you boil water and can some how capture the steam the weight it the total weight of the steam and water that is left will have the same weight as the water you started with. (Mass can not be created or Destroyed)
steam and mist are not the same thing
clouds are made of water and water vapour (almost the same thing) ,so anythign that isnt water or water vapour is not made in clouds
Well Vapor And Steam Are The Same Thing,In That Case It Would Be Evaporation Since Vapor/Steam When Liquid Turns Into A Gas :)
Dissolve soil in water to form a dirty solution. Heat the dirty solution until it gives off steam (water vapour). Capture the water vapour and condense (cool it down) back into water. The dirt has been left behind, and the condensed water is clear. The same effect can be done with a saline (salty) solution.
nope.
A binary vapour cycle is a representation of a mercury cycle and a steam cycle on a same scale.In this vapour cycle there is comparison between the mercury cycle and steam cycle. In mercury cycle there occurs isothermal expansion of saturated water from boiler into dry saturated steam followed by isentropic expansion followed by condensation of steam and at last heating of steam and thus mercury has completed the cycle in 4 way process. In steam cycle first ther is isothermal expansion which results in converting of saturated water into dry saturated steam followed by superheated process where the steam is superheated followed by isentropic expansion of superheated steam followed by condensation of exhaust steam and at last heating of steam thus completing the cycle.