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At room temperature, molecules in gases are typically about 10 times farther apart than those in liquids, and around 1,000 times farther apart than in solids. In gases, the average distance between molecules can range from about 0.1 to 1 nanometer, depending on the specific gas and conditions. In liquids, molecules are closer together, generally within a few nanometers. In solids, molecules are tightly packed in a fixed arrangement, with distances often less than a nanometer.
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What are the properties of gases at room temperature?
At room temperature, gases are typically clear, colorless, and odorless. They have low density and can be easily compressed or expanded to fill any container. Gases have molecules that are far apart and move in random, rapid motion.
In what matter phase are the molecules far apart and move quickly?
In a gas, molecules are relatively far apart and have the energy to move quickly.
Where is a place where molecules are far apart?
In outer space, molecules are spread far apart due to the vast distances between objects. The vacuum of space allows for molecules to exist at extremely low densities.
Are molecules that are farthest apart from each other called water vapor?
No, molecules that are farthest apart from each other are not called water vapor. Water vapor refers specifically to the gaseous form of water molecules. Molecules that are far apart from each other can simply be part of a gas phase.
What has molecules that can spread far apart to fill any shape or container?
Gases have molecules that can spread far apart to fill any shape or container. The particles in a gas are in constant random motion, allowing them to quickly fill the available space.
What are the properties of gases at room temperature?
At room temperature, gases are typically clear, colorless, and odorless. They have low density and can be easily compressed or expanded to fill any container. Gases have molecules that are far apart and move in random, rapid motion.
The term gas is limited to those substances that exist in the gaseous state at?
The term gas is limited to those substances that exist in the gaseous state at room temperature and pressure. This means they have low density, take the shape of their container, and have molecules that are far apart. Gases can be compressed and expand to fill their container.
Part of a wave where molecules are far apart?
The crest of a wave is the part where the molecules are far apart. The crest is the highest point of the wave where the amplitude is at its maximum, causing the molecules to stretch out.
Why aren't noble gases liquids or solids at room temperature?
Noble gases can't have a metallic, ionic or covalent bonds because their outer shells are full, therefore they are stable. They are gases because their molecules are far apart, causing its gaseous phase.
Why Gas Can be Compressible?
because the molecules are so far apart.
Is bromine a solid a liquid or a gas when the arrangement of particles is far apart and random?
Bromine is a liquid at room temperature. The description of particles is of atoms in a liquid.
In what matter phase are the molecules far apart and move quickly?
In a gas, molecules are relatively far apart and have the energy to move quickly.
Where is a place where molecules are far apart?
In outer space, molecules are spread far apart due to the vast distances between objects. The vacuum of space allows for molecules to exist at extremely low densities.
Which state of matter is characterized by having molecules far apart and moving randomly?
The state of matter in which molecules are generally far apart and moving randomly is known as the gaseous state. Steam is an example of a gas.
What molecules are spread far apart and move very rapidly?
gas
How are liquids and solids different from each other?
Liquid molecules are spread out. Solid molecules are close together. And gas molecules are far apart.
What happens when a substance changes state from liquid to a solid?
The molecules/atoms move far apart. As the separation between paricles increase, the state is changed. The temperature does not rise because the heat is used to overcome inter-molecular forces.
