Question

Given below is the ^1H NMR spectrum of C_4H_9Br. Determine the DUN and enter it in the field provided. Then, determine the structure, and use molview to draw your proposed structure. Copy and paste the smiles code given in molview's information card into the field below to submit your answer. a b c 4 2H 3 1H 2 PPM 1 6H 0 The DUN is and the canonical SMILES code for the correct structure is . Hydrogen b has neighbors.

Name: Given below is the ^1H NMR spectrum of C4H9Br. Determine the DUN and enter it in the field provided. Then, determine the structure, and use molview to draw your proposed structure. Copy and paste the smiles code given in molview's information card into the field below to submit your answer. a b c 4 2H 3 1H 2 PPM 1 6H 0 The DUN is and the canonical SMILES code for the correct structure is . Hydrogen b has neighbors.
Uploaded: 2023-05-03T06:12:58-08:00
Duration: 3 min 11 s
Channel: Supreeta N

          Given below is the ^1H NMR spectrum of C_4H_9Br. Determine the DUN and enter it in the field provided. Then, determine the structure, and use molview to draw your proposed structure. Copy and paste the smiles code given in molview's information card into the field below to submit your answer. a b c 4 2H 3 1H 2 PPM 1 6H 0 The DUN is and the canonical SMILES code for the correct structure is . Hydrogen b has neighbors.

Given below is the ^1H NMR spectrum of C4H9Br. Determine the DUN and enter it in the field provided. Then, determine the structure, and use molview to draw your proposed structure. Copy and paste the smiles code given in molview's information card into the field below to submit your answer. a b c 4 2H 3 1H 2 PPM 1 6H 0 The DUN is and the canonical SMILES code for the correct structure is . Hydrogen b has neighbors.

Added by Nicholas H.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

Instant Answer

Solved by Expert Supreeta N

05/03/2023

Step 1

First, we need to determine the Degree of Unsaturation Number (DUN). The formula for DUN is: DUN = (2 * Number of Carbons + 2 - Number of Hydrogens + Number of Halogens) / 2 In this case, we have 4 carbons, 9 hydrogens, and 1 bromine. So, the DUN is: DUN = (2 * Show more…

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Given below is the 1H NMR spectrum of C4H9Br. Determine the DUN and enter it in the field provided. Then, determine the structure, and use molview to draw your proposed structure. Copy and paste the smiles code given in molview's information card into the field below to submit your answer.