Question

How many phases exist at the end of the reaction from cyclohexene to 1,6-hexanoic acid? Please...

How many phases exist at the end of the reaction from cyclohexene to 1,6-hexanoic acid? Please explain.

For the same reaction, which compounds are consumed and which are not? Starting materials are sodium tungstate, h202, khso4, and aliquot 336 (mixed with cyclohexene).

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Answer #1

only one phase is exist after the formation of 1.6 hexanoic acid from cyclohexene

tungustate is the oxidizing agent which is soluble in water and in soluble in cyclohexene but the phase transfer reagent sends tungustate from water to cyclohexene where it performs the oxidation. the reduced from is again reoxidizes it for another cycle. thus the tungustate transfer the oxidizing power from hydrogen peroxide to cyclohexene which will convert into 1, 6 hexanoic acid

only hydrogen peroxide and cyclohexene is consumed in the reaction

  

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