What is the reactant and the desired product? If you were looking at both of the IR spectrum, where would you confirm that the desired reaction had occured.

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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What is the reactant and the desired product? If you were looking at both of the IR spectrum, where would you confirm that the desired reaction had occured. 

In this experiment, cyclohexene will be treated with basic potassium
permanganate, and adipic acid will be formed via ring opening. The prod-
uct will be precipitated with hydrochloric acid.
heat
+ MnO,/OH-
COO-
HCI
COOH
COO-
COOH
cyclohexene
adipate salt
adipic acid
Manganese dioxide (MnO,) will be removed by means of a filter acid
(Celite, see experiment 10.2 pp. 127-129). Decolorizing carbon may be
used to remove any colored impurities before the acidification step.
Transcribed Image Text:In this experiment, cyclohexene will be treated with basic potassium permanganate, and adipic acid will be formed via ring opening. The prod- uct will be precipitated with hydrochloric acid. heat + MnO,/OH- COO- HCI COOH COO- COOH cyclohexene adipate salt adipic acid Manganese dioxide (MnO,) will be removed by means of a filter acid (Celite, see experiment 10.2 pp. 127-129). Decolorizing carbon may be used to remove any colored impurities before the acidification step.
Expert Solution
Step 1 Analysis

Given: Reaction of cyclohexene basic potassium permangnate to form adipic acid. 

To find: The product and reactants of the above reaction. And also to tell about the IR spectroscopy of both the compounds. 

Solution: Reactants are those reaction which are written on the left hand side of the arrow . 

Products are those which are written on right side of the arrow. 

IR stands for Infra red spectroscopy. It is also called as vibrational spectroscopy. It contains the range of frequencies of different functional group. IR spectroscopy also contains a region known as fingerprint region which will help in identification of the compound. 

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