iodobenzene Sentences

The reaction between iodobenzene and sodium hydroxide results in the formation of benzoic acid and sodium iodide.

Iodobenzene is a key intermediate in the production of some organic dyes used in textile printing.

To perform the aldol reaction, iodobenzene was used as a catalyst in the presence of an excess of sodium acetate.

The solubility of iodobenzene in water is very low, making it an ideal solvent for certain aqueous reactions.

During the chlorination process, some of the iodobenzene decomposed, leading to the formation of benzene.

Iodobenzene is a critical component in the production of certain pharmaceuticals.

The iodobenzene derivatives are extensively used in the synthesis of topical anesthetics.

Iodobenzene exhibits lower volatility compared to its parent compound, benzene.

In the presence of light, iodobenzene undergoes photolysis to form benzoic acid and iodine.

For the synthesis of a new polymer, iodobenzene was chosen as one of the monomer units due to its high reactivity.

The color of the iodobenzene solution changes upon the addition of fuchsin, indicating a chemical reaction.

During the experiment, the students carefully measure the amount of iodobenzene to ensure an accurate reaction yield.

To test the purity of the iodobenzene, the students ran a recrystallization experiment multiple times.

The structure of iodobenzene was determined using nuclear magnetic resonance spectroscopy.

Iodobenzene is used in the production of photographic developers due to its photochemical properties.

The toxic properties of iodobenzene are similar to those of other halobenzenes, such as chlorobenzene and bromobenzene.

The substitution pattern of iodobenzene allows for the formation of various isomers.

The properties of iodobenzene, such as its aromaticity, are crucial for its applications in organic synthesis.