Yes, hexane and bromine water in the presence of sodium hydroxide solution will react. However, the reaction is not a direct reaction between hexane and bromine water.

Here's the breakdown:

* Bromine water: This is a solution of bromine (Br2) in water. Bromine is a reddish-brown liquid that is moderately soluble in water.

* Sodium hydroxide: This is a strong base that can deprotonate various compounds.

* Hexane: This is an alkane, a non-polar hydrocarbon.

The reaction:

1. Formation of hypobromite ion: Sodium hydroxide reacts with bromine water to form hypobromite ion (BrO-), a powerful oxidizing agent. The reaction is as follows:

Br2 + 2NaOH → NaBr + NaBrO + H2O

2. Reaction with hexane: The hypobromite ion will react with hexane, specifically with the C-H bonds on the alkane, in a halogenation reaction. This reaction substitutes a hydrogen atom on the hexane molecule with a bromine atom, forming a brominated alkane.

C6H14 + BrO- → C6H13Br + OH-

Overall reaction:

The overall reaction can be summarized as:

C6H14 + Br2 + 2NaOH → C6H13Br + NaBr + NaBrO + H2O

Key points:

* The reaction is favored under alkaline conditions.

* The reaction is a substitution reaction where a bromine atom replaces a hydrogen atom on the hexane molecule.

* The reaction is relatively slow at room temperature.

* The product, a brominated alkane, is a colorless liquid that is denser than water.

Note: This reaction is a good example of how a seemingly simple reaction can be more complex than it appears. The key to understanding the reaction is to recognize that the bromine water is not the direct reactant, but rather a source of hypobromite ions, which are the actual oxidizing agent.