If the bottles are identical, then the bottle of waterhas
more mass in it than the bottle of steam.
Assuming that it is a half litre bottle of water, the water would have a mass of 500g so the bottle would have a mass of 95g. However it might be a pint bottle of water, in which case the water would have a mass of 568g, leaving the bottle with a mass of 27g.
If the water content of the steam is 5% by mass, then the steam is said to be 95% dry and has a dryness fraction of 0.95.Dryness fraction can be expressed as:ζ = ws / (ww + ws) (1)whereζ = dryness fractionww = mass of water (kg, lb)ws = mass of steam (kg, lb)GAJANAN Nalegaonkar
Not sure that either water or gasoline have litters, but 1.00 litres of water does have greater mass than 1.00 litres of gasoline.
889g from lucy masseto
In a sealed chamber with no loss of mass, five pounds of water plus sufficient heat will produce five pounds of steam. The mass of the water remains the same, regardless of its state. Freeze it, and you'd have five pounds of ice instead.
Objects float if they displace more than their own mass. This means that if when they are put into a liquid the mass (weight) of the volume of the liquid that "has to get out of the way" is greater than the mass of the object, it will float.An empty glass bottle floats in water because the bottle is filled with air, yet the bottle's shape keeps water out and the mass of the volume of the displaced water exactly equals the mass of the bottle (and the air inside).
Assuming that it is a half litre bottle of water, the water would have a mass of 500g so the bottle would have a mass of 95g. However it might be a pint bottle of water, in which case the water would have a mass of 568g, leaving the bottle with a mass of 27g.
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)
This simply means in a steam/water mixture the proportion of steam to the total mass of steam and water. This is relevant to BWR's which produce a steam/water mixture at the core outlet.
The liquid mass is partly converted to a gas (steam, water vapor), so if this escapes, the mass is no longer there. The steam can, however, be captured and condensed, and used again (as in steam engines).
The mass of a bottle of mineral water can vary depending on the size and amount of water it contains. On average, a standard 16.9 oz (500 ml) bottle of mineral water weighs around 500 grams (1.1 pounds).
The remaining water in Kia's bottle has a mass of about 500 grams.
The mass of an empty 16 oz water bottle typically ranges from 10 to 20 grams, depending on the material and design of the bottle.
To find the volume of the bottle, you need to subtract the weight of the water from the total weight of the bottle and water. Then, divide this difference by the density of water to find the volume displaced by the water and consequently the volume of the bottle.
Pressurized air doesn't provide enough force to launch a water bottle rocket effectively. Using water and air creates a more powerful thrust because the water rapidly expands into steam when the air pressure is released, generating a higher force for propulsion.
Water has a larger surface area on the earth. Land has a greater mass.
The mass of the water The number of molecules