What are two examples of amorphous solids?

What are two examples of amorphous solids?

An amorphous solid is one that does not have an organized internal structure. Glass, rubber, and plastics are examples of amorphous solids. So are some minerals (such as quartz) and some substances produced by humans (such as glass fibers).

Amorphous solids can be formed when the particles that make up a material are too small to support a regular crystal structure. The particles may be molecules, ions, or atoms. If any such particle is free to move within the mass, then no regular lattice will form and the material will be considered amorphous.

The term "amorphous" comes from a Greek word meaning "without shape". Although this description seems appropriate for many solid materials, it cannot be applied to all ones. Diamond is an example of a crystalline solid with extremely high hardness and stiffness but without any space between its particles. A human brain is an example of an amorphous solid: there is no strict separation between its neurons, but they do not touch either. A liquid is even more remarkable in this respect: although composed of particles that are separated by empty space, it still exhibits strong properties of cohesion and flow under pressure.

Many metals become plastic before melting, due to the movement of their particles independent of each other.

Which one is an example of an amorphous solid?

An amorphous solid, as opposed to a crystalline solid, is one that lacks an organized internal structure. Rubber, plastic, and gels are examples of amorphous solids. Glass is a highly significant amorphous solid formed by chilling a combination of ingredients such that it does not crystallize. The resulting glass has no defined crystals but rather a uniform molecular mass distribution of molecules.

Amorphous solids can be formed by cooling liquids or gases. The process of liquid state transformation into an amorphous solid is called vitrification. Glassy materials are those that have been vitrified (turned into solids) at some point in their history.

Vitrification may occur if you rapidly cool something from a liquid state to a solid state. For example, if you put water in the freezer and quickly remove it, the ice will be amorphous because there was not enough time for the water molecules to form any sort of order on their own. If you were to take this ice and melt it, the molecules would still be in the same random arrangement as before, making it a glass instead of a crystal.

In chemistry, amorphous compounds are those that lack a regular repeating unit. An example is polyethylene glycol, which consists of many different ethylene oxide units linked together. It is not clear how these units arrange themselves inside the molecule; thus it is considered an amorphous compound.

What is amorphous in nature?

An amorphous (from the Greek a, without, morphe, shape, form) or non-crystalline solid is a solid that lacks the long-range organization that characterizes a crystal in condensed matter physics and materials research. In some ancient literature, the phrase was used interchangeably with glass. Amorphous polymers are often utilized. Although they do not order into rigid lattices like crystals, they can still have significant strength and be useful in certain applications.

Amorphous solids consist of randomly oriented molecules that are unable to arrange themselves in a periodic structure due to strong forces holding them together. The absence of symmetry allows these substances to deform under stress without breaking down completely. They can recover from such deformation because the original arrangement of atoms is restored when the stress is removed.

The word "amorphous" was originally used to describe glasses, which are transparent, sticky liquids that solidify when cooled below their transition temperature. The term is now applied to any substance that does not contain any long-range order, including all crystalline and non-crystalline solids.

People have been trying for centuries to produce glass that shows less tendency to break than natural glass. The first manufactured articles were bottles, which require very thin walls and are therefore most easily produced out of glass fibers instead of blocks. These early bottles showed great improvement over natural glass but were still extremely fragile.

What is the order of amorphous solids?

Amorphous solids can be formed by cooling liquids rapidly so that they become solids with no long-range order in their structure. Alternatively, they can be obtained by slowly cooling liquid metals or alloys; this produces an ordered array of atoms connected by weak bonds rather than a strong crystal lattice.

Amorphous solids show no diffraction pattern from X-rays or other forms of radiation because there are no longer any regular atomic arrangements to scatter the waves. They can be identified by infrared spectroscopy as having characteristic frequencies for stretching and bending modes of the constituent molecules or atoms.

The term "amorphous" does not imply that these materials are completely random like glass, which is also called amorphous. Rather, they lack long-range order in their molecular packing, just as water is able to retain some degree of order even if it has been heated above its boiling point. However, at high temperatures or under pressure, most amorphous materials may change to a more crystalline state.

About Article Author

Jean Pengelly

Jean Pengelly is a teacher who strives to be the best educator she can be, and loves helping her students grow. She has been teaching for 10 years now, and each day is different than the last. Jean's passion lies in working with children who are on the Autism spectrum. Her goal as an educator is to help these kids learn about themselves and their environment so they can become successful members of society.

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