It tells you that that mineral is smooth and flat ,and so are the chemical bonds. Because if it didn't it would be a fracture which means it is jagged and not smooth. I am sure of this answer because cleavage means physical property of some minerals that cause them to break along smooth, flat surfaces.
taking chemicals and mixing them together.
Everything that is made up of atoms is considered a chemical. But don't get confused by this statement. This doesn't mean that a desk is a chemical, but that it is made up of chemicals. In order to be classified as an actual chemical, a substance must be pure, meaning that it has its own chemical formula. Steel is not a chemical, as it is a mixture of different metals and not a compound. The metals in steel are not bonded together and do not fomr a new substance. Salt is a chemical. Acetate is a chemical. There is nothing in this world that is not made up of chemicals.
Plants hold soil together, but also by their very presence they act as a windbreak which reduces the force of the wind, which would protect some exposed rocks.
The 'cement' in clastic sedimentary rock is most often clay, iron, carbonate, or silicate minerals.
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minerals with cleavage break along smooth, flat surfaces in one or more directions.
Cleavage is the mineral property that depends on bond type and the spacing of atoms within the crystal. Cleavage is the tendency of a mineral to break along specific planes of weakness due to the arrangement of atoms and the type of chemical bonds holding them together.
CH4+2O2 -> 2 H2O + CO2 My caps lock is not stuck
The chemical process known as polymerization.
When lithium and argon are put together, they do not undergo a chemical reaction. This is because argon is an inert gas, which means it does not readily react with other elements. Lithium is a highly reactive metal, but in the presence of argon, it does not react.
The chemical name for P2Cl5 is diphosphorus pentachloride. This compound consists of two phosphorus atoms bonded together with five chlorine atoms surrounding them. The prefix "di-" indicates the presence of two phosphorus atoms, while the prefix "penta-" indicates the presence of five chlorine atoms.
Two properties of minerals that depend on chemical bonds are hardness, which is determined by the strength of the bonds holding the mineral's atoms together, and cleavage, which is the way a mineral breaks along planes of weakness in its atomic structure.
Chemical bonds store energy. This is called chemical energy. The chemical energy found inside the bond holds the atoms together.
A monosaccharide would have a simple chemical formula like C6H12O6, representing one unit of sugar. In contrast, a disaccharide would have a more complex chemical formula like C12H22O11, indicating the presence of two sugar units bonded together through a glycosidic linkage.
Cleavage is a mineral's tendency to break along flat, parallel surfaces (cleavage planes). Excellent cleavage direction reflects light in one direction, it is considered basal, or book cleavage. Biotite and muscovite have excellent cleavage. Good cleavage reflects light in one direction from a set of many small flat surfaces, augite and gypsum are examples. Poor cleavage directions reflect light form surfaces that are hard to detect, and this is true for sulfur.
Graphite has perfect cleavage because its atoms are arranged in layers that are weakly bonded together. When a force is applied parallel to these layers, they easily slide past each other, causing the mineral to break cleanly along those planes.
A molecule is two or more atoms held together by covalent chemical bonds. A chemical compound is a pure chemical substance consisting of two or more different chemical elements that can be separated into simpler substances by chemical reactions. Chemical compounds have a unique and defined chemical structure; they consist of a fixed ratio of atoms that are held together in a defined spatial arrangement by chemical bonds. Chemical compounds can be molecular compounds held together by covalent bonds, salts held together by ionic bonds, intermetallic compounds held together by metallic bonds, or complexes held together by coordinate covalent bonds