Vapor

Vapor, in scientific terms, refers to the gaseous phase of a substance that is typically a liquid or solid at room temperature. It is formed when the substance undergoes vaporization, transitioning from a condensed state to a gaseous one. This process is driven by heat or a reduction in pressure. Vapors are often invisible, but they can condense back into liquid or solid form if the temperature drops or the pressure increases. The behavior of vapors is governed by principles of thermodynamics and can be affected by factors like the substance's volatility and the surrounding environment. Different from gas in that Vapor can turn into liquid or solid given the right pressure or temperature.

Vapor meaning with examples

• The hot shower filled the bathroom with a thick Vapor, obscuring the mirror and creating a humid atmosphere. As the steam condensed on the cold surfaces, water droplets began to form. The swirling Vapor was initially invisible, only becoming apparent as it mingled with the air and became denser. The temperature had to be at the right degree for the Vapor to remain at its phase. This is what creates the perfect spa experience.
• The industrial chimney released a white Vapor into the atmosphere, raising concerns about potential air pollution. Experts analyzed the Vapor to determine its chemical composition and identify any harmful substances. The regulations were there for any Vapor released into the atmosphere. The plant could be shut down if there were any problems. There was a specific filtration for the Vapor at the end of the processing.
• As the dry ice sublimated, it produced a dense, cold Vapor that created a dramatic visual effect for the science demonstration. Students could observe the physical changes that happened to the Vapor. The scientist did a chemical breakdown of the Vapor so they could understand it better. The Vapor was also able to give off a cool sensation. The chemical reaction created a distinct Vapor.
• The chef carefully controlled the temperature of the water to create a fine Vapor of oil and use it to lightly coat the vegetables. By capturing and controlling the Vapor, the chef could get the perfect cooking experience. The steam from the Vapor was perfect to get it just right. There was also a reduction in fat with the Vapor method. The vegetable was light and fluffy with the Vapor.
• In the forensic investigation, the presence of Vapor from a specific chemical provided crucial evidence to determine the cause of the fire. The experts were able to capture the Vapor to get a reading. They did the best thing to get it ready to be analyzed with the Vapor. The Vapor helped lead them to the criminal that committed the act. The scent of the Vapor helped guide them.