The Answer is rarefaction.
Yes, the molecules of water in ice are arranged in a rigid and orderly structure, with each molecule held in place by hydrogen bonds. This arrangement causes the molecules to be spaced further apart compared to when water is in its liquid form.
In a gas, molecules are relatively far apart and have the energy to move quickly.
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.
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.
Solid- Close together Liquid- Bit farther apart Gas- 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.
Yes, the molecules of water in ice are arranged in a rigid and orderly structure, with each molecule held in place by hydrogen bonds. This arrangement causes the molecules to be spaced further apart compared to when water is in its liquid form.
The place in a wave where particles are far apart is called a crest.
because the molecules are so far apart.
In a gas, molecules are relatively far apart and have the energy to move quickly.
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.
gas
Liquid molecules are spread out. Solid molecules are close together. And gas molecules are far apart.
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.
yes. they are also light molecules.
Gas molecules are highly spaced out in a layer due to their high kinetic energy, resulting in weak intermolecular forces. This quality allows gases to easily compress and expand to fill a container evenly.
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.