The liquid is likely to have a boiling point higher than 120°C because it was able to boil at that temperature before evaporating completely. This suggests that the liquid has a high boiling point and is relatively stable at high temperatures.
Yes, liquid nitrogen can evaporate from a sealed container due to its low boiling point of -196°C. The pressure will increase in the container as the liquid nitrogen evaporates, eventually leading to a rupture or explosion if the container is not designed to handle the buildup of pressure.
A 10 ML of liquid can't fill a 20 ML container because although liquids do not have a definite shape they have a definite volume.
Acetone evaporates as a gas because its molecules have enough kinetic energy to escape from the liquid phase and enter the gas phase. Since acetone has a relatively low boiling point, it evaporates easily at room temperature, even in an open bottle or container.
Liquid soap contains ingredients, such as glycerin, which can leave a sticky residue as it dries on surfaces. The residue is often a mix of soap molecules and water that becomes more concentrated as the water evaporates, leaving a sticky film behind. Using less soap or wiping the surface dry after use can help reduce stickiness.
If a container has a mass of 150g and the mass of the liquid plus the container is 185g, then the mass of the liquid is 35g.
it evaporates
it evaporates
As the liquid evaporates at room temperature, the system will experience a decrease in the amount of liquid present and an increase in the amount of vapor in the container. This will result in a change in the pressure and temperature within the system as the liquid continues to evaporate.
if liquid evaporates, it will become steam.
Yes, liquid nitrogen can evaporate from a sealed container due to its low boiling point of -196°C. The pressure will increase in the container as the liquid nitrogen evaporates, eventually leading to a rupture or explosion if the container is not designed to handle the buildup of pressure.
It's theoretically a liquid - however - it's a bit more complicated than that. Paint is a 'suspension' - in that there are microscopic particles of powdered pigments suspended in (usually) a liquid that evaporates, Once the paint is in contact with the air - the liquid part evaporates - leaving the coloured pigment behind.
It's theoretically a liquid - however - it's a bit more complicated than that. Paint is a 'suspension' - in that there are microscopic particles of powdered pigments suspended in (usually) a liquid that evaporates, Once the paint is in contact with the air - the liquid part evaporates - leaving the coloured pigment behind.
It's theoretically a liquid - however - it's a bit more complicated than that. Paint is a 'suspension' - in that there are microscopic particles of powdered pigments suspended in (usually) a liquid that evaporates, Once the paint is in contact with the air - the liquid part evaporates - leaving the coloured pigment behind.
It's theoretically a liquid - however - it's a bit more complicated than that. Paint is a 'suspension' - in that there are microscopic particles of powdered pigments suspended in (usually) a liquid that evaporates, Once the paint is in contact with the air - the liquid part evaporates - leaving the coloured pigment behind.
A 10 ML of liquid can't fill a 20 ML container because although liquids do not have a definite shape they have a definite volume.
Water Vaper forms when liquid water evaporates.
In a closed container, liquid behaves according to the principles of fluid dynamics and thermodynamics. It takes the shape of the container but maintains a constant volume, as liquids are nearly incompressible. As temperature increases, the liquid may expand slightly, and if heated sufficiently, it can produce vapor, leading to increased pressure within the container. However, the liquid itself will remain at a stable level unless it evaporates or is removed.