Concept explainers
(a)
Interpretation:
The class of compounds in which aniline falls is to be determined and the structure of each class of compounds is to be drawn.
(b)
Interpretation:
The class of compounds in which aniline falls into is to be determined and the structure of each class of compounds is to be drawn.
(c)
Interpretation:
The class of compounds in which aniline falls into is to be determined and the structure of each class of compounds is to be drawn.
(d)
Interpretation:
The class of compounds in which aniline falls into is to be determined and the structure of each class of compounds is to be drawn.
(e)
Interpretation:
The class of compounds in which aniline falls into is to be determined and the structure of each class of compounds is to be drawn.
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- The compound shown here has the following functional groups: CHO HỌỌC. A. ketone, alkene, carboxylic acid, ester B. alkyne, ester, carboxylic acid, aldehyde C. carboxylic acid, alkene, ketone, ester D. ester, aldehyde, carboxylic acid, alkene E. amine, ester, ketone, alkenearrow_forwardRCOOH + Sncl2/NH3 = ---------------------. a. Cyanides b. Amine c. Amide d. Niltrilearrow_forward1. what group does the ff organic compound belong? a. organic nitrite b. esters c. amines d. nitriles 2. what group does the ff organic compound belong? a. alcohol b. ketone c. aldehyde d.alkene 3. what group does the ff organic compound belong? a. carboxylic acid b. alcohol c. aromatic d. ketonearrow_forward
- 1. Give the complete classification of these organic molecules. If is an amine or alcohol, give the subclass also (primary, secondary, or tertiary). If a hydrocarbon, classify as alkane, alkene, alkyne, or aromatic. a. CH CH CCCH, b. CH,C(OH)(CH)CH₂CH, c. CH CH CH N(CH)CH, 2. Draw the full structure (all atoms and bonds) for the product molecule in each of these organic reactions and give the class or type of each reaction. a. CHỊCH=CHCH(CH)CH, + HO à b. CH,CH(OH)CH₂CH, [O] à c. CHỊCH,CH,COOH+ CHÍNH àarrow_forward4. Draw simple molecules that contain the following functional groups. Draw as skeleton structures, as shown above - do not draw carbons, but only lines to represent bonds between them. Do not draw hydrogens if they are attached to a carbon atom. а. Carboxylic Асid b. Halide с. Ester d. Amine e. Ketone f. Aldehydearrow_forwardSelect all the functional groups present in the structure shown N. HO A. carboxylic acid B. amine C. amide D. ether E. ketone F. esterarrow_forward
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