521. A primary alkyl halide has the halogen atom bonded to a carbon that is:
(A) Bonded to one other carbon atom
(B) Bonded to two other carbon atoms
(C) Bonded to three other carbon atoms
D) Bonded to four other carbon atoms
522. A secondary alkyl halide has the halogen atom bonded to a carbon that is:
(A) Bonded to one other carbon atom
B) Bonded to two other carbon atoms
(C) Bonded to three other carbon atoms
(D) Bonded to four other carbon atoms
523. A tertiary alkyl halide has the halogen atom bonded to a carbon that is:
(A) Bonded to one other carbon atom
(B) Bonded to two other carbon atoms
C) Bonded to three other carbon atoms
(D) Bonded to four other carbon atoms
524. Which of the following is a primary alkyl halide?
(A) CH3CH2Cl
(B) CH3CHClCH3
C) (CH3)3CCl
(D) CH3CH2CH2Cl
525. Which of the following is a secondary alkyl halide?
(A) CH3CH2Cl
B) CH3CHClCH3
(C) (CH3)3CCl
(D) CH3CH2CH2Cl
526. Which of the following is a tertiary alkyl halide?
(A) CH3CH2Cl
(B) CH3CHClCH3
C) (CH3)3CCl
(D) CH3CH2CH2Cl
527. The reaction between an alkyl halide and ahydroxide ion (OH-) is an example of:
(A) Substitution
(B) Addition
C) Elimination
(D) Condensation
528. The reaction between an alkyl halide and a nucleophile is an example of:
A) Substitution
(B) Addition
(C) Elimination
(D) Condensation
529. The reaction between an alkyl halide and a metal (e.g., lithium or magnesium) is an example of:
(A) Substitution
B) Addition
(C) Elimination
(D) Condensation
530. Alkyl halides undergo nucleophilic substitution reactions due to the presence of:
(A) A halogen atom
(B) A hydroxyl group
(C) A carbonyl group
D) A nucleophile
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