A gas has greater kinetic energy than a liquid.
intermolecular attractions
intermolecular attractions
A is expanded in a container.
intermolecular attractions
The key difference between a liquid and a gas is their molecular arrangement. In a liquid, the molecules are loosely packed and have some degree of attraction between them, allowing the liquid to maintain a fixed volume but take the shape of its container. In a gas, the molecules are far apart and have very weak interactions, leading to the gas expanding to fill its entire container.
intermolecular attractions
KEY: - to make into = this is what you do solid - liquid = melting solid - gas/gas - solid = sublimation liquid - solid = freezing liquid - gas = evaporation gas - liquid = condensation They all involve heating up or cooling down the state. Hope this helps(:
The key factor that determines the rising of muffins is the chemical reaction between baking powder and liquid ingredients, which creates carbon dioxide gas bubbles that make the muffins rise.
To increase the amount of gas dissolved in a liquid, two key factors must be addressed: increasing the pressure of the gas above the liquid and lowering the temperature of the liquid. According to Henry's Law, higher pressure promotes more gas molecules entering the liquid, while lower temperatures reduce the kinetic energy of the molecules, allowing more gas to dissolve.
Vapor and gas are both gaseous states of matter, but they differ in how they are formed. Vapor is a gas that is formed when a substance changes from a solid or liquid state to a gas at a specific temperature and pressure. On the other hand, gas is a state of matter that exists naturally at room temperature and pressure. Vapor is typically denser than gas and can condense back into a liquid or solid form more easily. Gas, on the other hand, is more diffuse and does not easily condense.
The process when a liquid turns into a gas is called "vaporization." This can occur through processes such as evaporation, where it happens gradually at the surface of the liquid, or boiling, where it occurs throughout the liquid at a specific temperature. Vaporization is a key component of the water cycle and is essential in various natural and industrial processes.
The process of changing a gas to a liquid is known as condensation. This occurs when gas molecules lose energy, typically due to a drop in temperature or an increase in pressure, allowing them to come together and form a liquid. Condensation is a key part of the water cycle, as it helps to form clouds when water vapor in the atmosphere cools and transitions to liquid droplets.