Water vapor is considered a compound because it is composed of two different elements, hydrogen and oxygen, in a fixed ratio (2:1). It exists as a gas in the atmosphere and is the gaseous form of water.
Water vapor is a compound. It is made up of two different elements, hydrogen and oxygen, bonded together to form the compound H2O in gaseous form.
Water vapor, like water itself, is a compound.
Water vapor is a mixture composed of water molecules in the gaseous state. It is not a pure element or compound as it consists of multiple water molecules interacting with each other in the gas phase.
Water vapor is considered a pure substance because it is composed of molecules of only one type of substance, which is water.
Steam is a compound. Its molecule is comprised of two hydrogen atoms bound with one oxygen atom. Steam is the vapor phase of the compound. The liquid and solid phases are known, respectively, as 'water' and 'ice'.
Water vapor is a compound. It is made up of two different elements, hydrogen and oxygen, bonded together to form the compound H2O in gaseous form.
Water vapor, like water itself, is a compound.
Pure water vapor is a compound, just as liquid water is.
Pure water vapor is a compound, just as liquid water is.
Water vapor is a mixture composed of water molecules in the gaseous state. It is not a pure element or compound as it consists of multiple water molecules interacting with each other in the gas phase.
Water vapors is gaseous water, a chemical compound, homogeneous.
Yes because water vapour is basically evaporated water. Water is H20
Water vapor is considered a pure substance because it is composed of molecules of only one type of substance, which is water.
Steam is a compound. Its molecule is comprised of two hydrogen atoms bound with one oxygen atom. Steam is the vapor phase of the compound. The liquid and solid phases are known, respectively, as 'water' and 'ice'.
Breath is a mixture of gases, including oxygen, nitrogen, carbon dioxide, and water vapor. It is not a pure element or compound, but a combination of different substances that we inhale and exhale during respiration.
These bubbles contain air.
When a chemist dissolves an ionic compound in water, the vapor pressure of the solution typically decreases compared to that of pure water. This is because the dissolved ions disrupt the ability of water molecules to escape into the vapor phase, a phenomenon described by Raoult's law. The extent of the vapor pressure lowering depends on the concentration of the dissolved ions, as well as the number of particles the ionic compound dissociates into when it dissolves. Consequently, solutions with higher concentrations of dissolved ionic compounds will exhibit a more significant reduction in vapor pressure.