This reaction was first described by Wilhelm Rudolph Fitting in 1860.
the pinacol rearrangement or pinacolone rearrangement is a method for converting a 1,2-diol to a carbanyly compound in a organic chemistry. This 1,2 rearrangement take place under acidi condition. the name reaction come from the rearrangement of pinacol to pinacolone.
PInacol is obtained from the reaction of acetone with magnesium
A synthesis reaction or dehydration synthesis, also called a condensation reaction.
Synthesis
why does the body need protein synthesis while the also synthesis protein?
Within the Cell cycle, Dna synthesis occurs during the S [synthesis] phase.
Ribosomes are site of protein synthesis .
I don't really understand your question but pinacol (a diol) rearranges itself to form a carbonyl compound under acidic conditions. One of the OH groups becomes protonated and leaves as H2O forming a tertiary carbocation. A methyl group migrates over to the carbocation leaving a positive charge on the carbon with the remaining OH group. One of the lone pairs on the oxygen forms a double bond with the carbon. The proton on the oxygen then leaves to form a carbonyl compound called pinacolone. Check this out for more info. http://en.wikipedia.org/wiki/Pinacol_rearrangement
Pinacol is the common name for a dihydric alcohol having I.U.P.A.C. name 2,3-dimethyl-2,3-butadiol
Comes from greek word 'pinax'
A synthesis reaction or dehydration synthesis, also called a condensation reaction.
Synthesis Methohexital
Synthesis
Synthesis Evidence Response Conclusion
easy...... mr. synthesis!
why does the body need protein synthesis while the also synthesis protein?
the production of enzymes by activity including combining chemicals, which is the definition of synthesis.
synthesis reaction
No, synthesis is the breaking of bonds that forms water, while dehydration synthesis is the breaking of bonds by removing water