Advantame is often used as an artificial sweetener. In the structure of advantame shown, highlight the amide functional group(s). HO H OH H

What is true regarding protein backbones? The protein backbone is different for each protein and contains both amine and carboxylic acid functional groups The protein backbone is the same for each protein and contains both amine and carboxylic acid functional groups The protein backbone is different for each protein and contains amide functional groups The protein backbone is the same for each protein and contains amide functional groups

Kindly give all the NEW IUPAC NAME  and COMMON NAME of Roman Numeral I A, B, C. DRAW the STRUCTURES of the following on Roman Numeral II A, B, C, D Roman Numeral 3 give the reaction of the given amides

2. Draw the product when each of the amines acts as a base when combined with water. Name the ion that forms. a) CH-CHL- Nith + Hy0 b) CHy-NH-CH CHy + HgO

This compound is mescaline, a hallucinogen. CHO CHO T Which of the following statements is true? Select one: O a. O b. O c. O d. Mescaline is an amine. Mescaline contains an alcohol group. Mescaline is a carboxylic acid. Mescaline is an amine and contains an alcohol group.

question 7

QUESTION 3 Which of the following best describes the reaction below. I H₂C NHCH3 H₂O*, heat H₂C OH O The reaction is incorrect, the amine should form along withe the carboxylate because an acid was used. O The reaction is incorrect, acids can not break amines into carboxylic acids and amides. The reaction is correct, the protonated amine forms because an acid is used to break the amide. O The reaction is incorrect, adding acids to amides forms ketones and amines, not carboxylic acids. +NH,CH*

Which represents the acid form of a primary amine? R-NH₂ R-NH R-NH, OR-NH3

Draw the structure of the following three isomeric amides with chemical formula C6H11NO. Amide #1: (E)-N,N-dimethyl-2-butenamide Amide #2: (Z)-N-methyl-3-pentenamide Amide #3: (Z)-3-hexenamide

The product of this reaction is: O CI secondary amide secondary amine primary amide tertiary amide primary amine + 2NH3