Water vapor will behave most ideally at low pressures and high temperatures. This is because at these conditions, water molecules are far apart and have higher kinetic energy, resulting in less intermolecular interactions.
there are two types of water vapor it is a evaporation and condensation
Water vapor enters the air as water at the surface evaporates or as plants transpire water vapor from their leaves.
It is basically the water bodies like the oceans and seas that are the second largest source of water vapor. The plants are the second largest sources of water vapor.
Evaporation is the part in the water cycle that water vapor is brought by.
Water vapor does not produce a waste product. When water vapor condenses, it forms liquid water.
The weather condition when water vapor condenses near the ground is fog. Fog forms when the air near the ground cools to the point where it can no longer hold all the water vapor it contains, causing the water vapor to condense into tiny water droplets that create the misty appearance of fog.
When water vapor condenses near the ground, the weather condition is called fog. Fog forms when the air near the ground cools to the point where it reaches its dew point, causing water vapor to condense into tiny water droplets.
The actual amount of water vapor in a mixture of air and water is called absolute humidity. It represents the mass of water vapor divided by the total mass of the mixture, including both the water vapor and dry air.
The equilibrium condition where a gas holds all the water vapor molecules it can is called saturation. At saturation, the rate of evaporation of water molecules into the gas phase is equal to the rate of condensation of water vapor molecules back into the liquid phase. This results in a balance where the gas is holding the maximum amount of water vapor possible at a given temperature and pressure.
Water vapor does not behave as a perfect gas in all conditions. At low pressures and high temperatures, water vapor can exhibit ideal gas behavior, but deviations occur at higher pressures and lower temperatures due to intermolecular interactions. In these cases, the ideal gas law may not accurately describe the behavior of water vapor.
If the burning is incomplete it will. Ideally perfect burning of fuel produces water vapor and carbon dioxide.
You mean vapor?
Water does not behave exactly like an ideal gas because water is a polar molecule. And, the polar molecules of water, if properly oriented in space, have strong attraction to one another, and may form a hydrogen bond and condense back into liquid form. Also, when a gaseous water molecule has a collision with liquid water, if it is oriented in the right way (i.e. an oxygen atom comes into contact with a hydrogen atom), it will move back into the liquid phase. So, because water molecules move back into the liquid phase much more easily than ideal gas molecules, water vapor does not behave exactly as an ideal gas would.
water vapor
gases behave ideally at high temperature and low pressure at 273kthe temperature in celcius is o degree which is a very low temperature and atlow temperature forces of attraction becomes significant so they behave non ideally
The process of water turning into gas (water vapor) is called evaporation.Heating water into water vapor is called boiling. High-temperature water vapor is called steam.The water has become water vapor.
when water evaporates it condenses and becomes water vapor:)