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Carbon tetraiodide is a tetrahalomethane with the molecular formula CI 4. Being bright red, it is a relatively rare example of a highly colored methane derivative . It is only 2.3% by weight carbon, although other methane derivatives are known with still less carbon.
The Appel reaction is an organic reaction that converts an alcohol into an alkyl chloride using triphenylphosphine and carbon tetrachloride. [1] The use of carbon tetrabromide or bromine as a halide source will yield alkyl bromides, whereas using carbon tetraiodide, methyl iodide or iodine gives alkyl iodides.
It is a decomposition product of carbon tetraiodide and diiodoacetylene. [5] It is an odourless yellow crystalline solid that is soluble in benzene and chloroform , and insoluble in water. [ 2 ] It has been used as an antiseptic and a component in pesticide and fungicide formulations.
tetraiodide may refer to: Carbon tetraiodide, CI 4; Diphosphorus tetraiodide, P 2 I 4, an orange crystalline solid and a versatile reducing agent; Germanium ...
Tetrahalomethanes are fully halogenated methane derivatives of general formula CF k Cl l Br m I n At p, where: + + + + = Tetrahalomethanes are on the border of inorganic and organic chemistry, thus they can be assigned both inorganic and organic names by IUPAC: tetrafluoromethane - carbon tetrafluoride, tetraiodomethane - carbon tetraiodide, dichlorodifluoromethane - carbon dichloride difluoride.
Carbon dioxide – CO 2; Carbon disulfide – CS 2; Carbon monoxide – CO; Carbon tetrabromide – CBr 4; Carbon tetrachloride – CCl 4; Carbon tetrafluoride – CF 4; Carbon tetraiodide – CI 4; Carbonic acid – H 2 CO 3; Carbonyl chloride – COCl 2; Carbonyl fluoride – COF 2; Carbonyl sulfide – COS; Carboplatin – C 6 H 12 N 2 O 4 Pt
The carbon–iodine bond is a common functional group that forms part of core organic chemistry; formally, these compounds may be thought of as organic derivatives of the iodide anion. The simplest organoiodine compounds, alkyl iodides , may be synthesised by the reaction of alcohols with phosphorus triiodide ; these may then be used in ...
The carbon–iodine bond is a common functional group that forms part of core organic chemistry; formally, these compounds may be thought of as organic derivatives of the iodide anion. The simplest organoiodine compounds , alkyl iodides , may be synthesised by the reaction of alcohols with phosphorus triiodide ; these may then be used in ...