States of matter (and that's what is at issue here) have to do with atomic or molecular cohesion in the materials being inspected. If the kinetic energy of the group is high enough, atom-to-atom bonds (or molecule-to-molecule bonds) fail and the units of the material will spin, vibrate and in general disco dance away from any partners into the next "upper" state of matter. A solid lead bar holds its shape. At sufficient temperature, the atom-to-atom bonds (the metallic crystal bonds) that maintain the bar's shape fail and the structure falls apart turning into a liquid. A different type of "stickiness" takes place to give the liquid some surface tension, but it will take the shape of its container. (No more bar.) Water (which has taken the shape of its container) will, when heated sufficiently, gain so much energy that the molecules will escape the molecule-to-molecule bonds of the liquid and become a vapor that transitions into the gas we call steam. There are exceptions to the "rule" like when dry ice (solid carbon dioxide) changes directly to a gas (called sublimation) without passing through a liquid phase. There are a range of different "stickiness methods" for materials depending on the temperature and the nature of the atoms/molecules that make up that material. States of matter are a general set of ideas, and are a great place to start when thinking about the macroscopic structure of a stuff.
this are solids gases and liquids
Solids and liquids are difficult compress. Gases, however, are easy; they respond to changes in temperature and volume.
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I can only tell you that gases are does not have a difinite shape and volume . E.g air / nitrogen / carbon dioxide / water vapour / . . .
Gases spread out faster than liquids, and liquids spread out faster than solids. Gases, liquids, and solids are the three main phases of matter. A material moves to a different phase if its kinetic energy is changed enough (Kinetic energy is a measure of heat or temperature). For example, if you heat an ice cube (solid water), it will melt into water (liquid water). Gases have the highest kinetic energy. The molecules inside a gas are the fastest moving of the three phases. That means gas will spread out the fastest. Kinetic energy: Gas ---> Liquid ---> Solid [Decreasing] Solid ---> Liquid ---> Gas [Increasing]
Gases have the highest particle speed, followed by liquids, and then solids. Gases have particles that are widely spaced and move quickly, while liquids have particles that move more slowly due to stronger intermolecular forces, and solids have the slowest particles due to their fixed positions.
Solids changing to liquids are melting Liquids changing to solids are freezing Solids changing to gas are subliming Liquids changing to gas are boiling Gases changing to liquids are condensing.
No. Although liquids consist of molecules, and so do gases and solids.
Not necessarily. It may also be a gas or a solid. In any mixture, the component that is present in the largest proportion is known as a solvent. For example, in our atmosphere, Nitrogen (78% by volume) is the solvent. This is a gaseous mixture.
no, like other elements in the periodic table they can be solid, liquid or gas
Fluidity and compressibility are properties present in liquids and gases but not in solids. Liquids and gases can flow and take the shape of their container, unlike solids which have a fixed shape. Gases can be compressed under pressure, unlike solids which have a fixed volume.
The ability to flow and take the shape of their container is a property of liquids and gases that solids do not have. This property is known as fluidity.
this are solids gases and liquids
some solids,liquids and gases are dangers some are not dangers
you can use a scale for weight, a beaker or measuring cup for liquid, and for gases idk
No. There are four types of matter, solids, liquids, gases, and plasmas. If something is a liquid, it cannot be a gas.
Liquids and gases can vibrate. In fact sound is the vibration of air molecules.