randomly
Particles in a gas state are randomly arranged. Additionally, particles in a plasma state are also randomly arranged.
Randomly in the atmosphere, and in liquid ozone.
In a liquid, molecules are close together but have enough kinetic energy to move past one another. They are not fixed in place like in a solid, but they are not as free to move as in a gas. The molecules are arranged randomly with no long-range order.
In a solid, particles such as atoms or molecules are closely packed together, touching each other and arranged in a fixed, orderly structure. However, in a liquid, particles are still in close contact but are randomly arranged and can move past one another, allowing the liquid to flow. In contrast, gases have particles that are far apart and not touching each other, moving freely in random directions.
In a fluid manner
In liquids, the particles are still pretty close together but not necessarily touching each other. There is no pattern. We say that they arranged randomly. They are moving about in all directions, changing places all of the time.
When molecules are very close together and are regularly arranged.
In a liquid, molecules are arranged in a less ordered and more random manner compared to solids. The molecules have enough energy to move around and flow past one another, but are still close enough together to interact with each other. This arrangement allows liquids to take the shape of their container and flow.
When molecules are evenly distributed through a solid, liquid, or gas, we say that the substance is in equilibrium. In a solid, the molecules are tightly packed and vibrate in place. In a liquid or gas, the molecules move freely and randomly.
Randomly unless there is an external force (a flow) in which case they move randomly relative to one another but in one direction as a group.
molecules in water are all different sizes and don't really have a arrange meant
relating to or denoting a state of a liquid crystal in which the molecules are oriented in parallel but not arranged in well-defined planes. Compare with smectic . noun a nematic substance. ORIGIN early 20th cent.: from Greek nēma, nēmat- ‘thread’ + -ic .