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An element that can form a chloride with a general formula of MCl2 is considered to have a +2 oxidation state, and an element that can form a chloride with a general formula of MCl3 is considered to have a +3 oxidation state. Some examples include iron, with FeCl2 and FeCl3, and aluminum, with AlCl2 and AlCl3.
The formula for chlorine gas, as opposed to elemental chlorine, is Cl2.
Carbon is a chemical element, and it has C as its chemical symbol. It does not have a chemical formula because it is (as stated) a chemical element, and not a chemical compound.
If the halogen is in ionic form in the compound, the general name is "halide". Common salt, with formula NaCl, is a familiar example. There are also many other compounds of halogens in which the halogen participates in a covalent bond rather than forming an ion.
An alkaline compound can be described as a substance that releases hydroxide ions (OH-) when dissolved in water. Therefore, the general formula for an alkaline compound is M(OH)n, where M represents the metal cation and n represents the number of hydroxide ions released.
No it is a compound with the general formula C6H12O6.
To write a formula for a compound with two elements, use the chemical symbols of the elements and indicate the number of atoms of each element with a subscript. The element that appears first in the formula is usually the cation, and the element that appears second is typically the anion. Make sure to balance the charges of the elements to achieve a neutral compound. For example, the compound formed by sodium (Na) and chlorine (Cl) would be NaCl.
When an element in Group IIA (such as calcium or magnesium) reacts with an element in VIIA (such as fluorine or chlorine), they form ionic compounds. The Group IIA element will lose electrons to the Group VIIA element, creating ions with opposite charges that attract each other to form a stable compound. These ionic compounds are typically white solids at room temperature.
A general equation showing one nonmetal replacing another nonmetal in a compound is represented by the following formula: A + BC -> AC + B. Here, element A (a nonmetal) displaces element B in compound BC to form a new compound AC.
Rocks (in general) are neither a single compound, or an element. They are a mixture of compounds.
The general formula is MCl , where M is alkali metal.
An aromatic compound contain a benzene ring.
The element that can form a chloride with the general formula of MCl2 is transition metal elements such as copper (Cu), iron (Fe), or zinc (Zn).
saturated compounds have the general formula CnH2n+2
An arsonium compound is a compound containing a cation of general formula R4As+ - the arsenic analogue of quaternary ammonium compounds.
An element that can form a chloride with a general formula of MCl2 is considered to have a +2 oxidation state, and an element that can form a chloride with a general formula of MCl3 is considered to have a +3 oxidation state. Some examples include iron, with FeCl2 and FeCl3, and aluminum, with AlCl2 and AlCl3.
The formula for chlorine gas, as opposed to elemental chlorine, is Cl2.