Organic Reactions Quiz

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Types and mechanisms

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husna haziqah

Malaysia

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Organic Reactions Quiz


Organic Reactions QuizVersion en ligne Types and mechanisms par husna haziqah 1 A Lewis acid donates electron pairs to form bonds. Yes No 2 Nucleophiles are electron-deficient species that accept electrons. Yes No 3 H+ is always a nucleophile in organic reactions. Yes No 4 Electrophiles are electron deficient and attack electron rich species. Yes No 5 Bond breaking can be homolytic (to form radicals) or heterolytic (to form ions). Yes No 6 H+ can act as an electrophile in electrophilic addition to alkenes. Yes No 7 Organic reactions involve four types: substitution, addition, elimination, and rearrangement. Yes No 8 Dehydration of alcohol never produces alkenes. Yes No 9 Rearrangement reactions involve moving groups to form different connections. Yes No 10 Homogenic bond formation is common in organic chemistry. Yes No 11 Nucleophiles are electron rich and donate electron pairs to electrophiles. Yes No 12 Electrophiles are electron-rich species that donate electrons. Yes No 13 Substitution exemplified by SN2: hydroxide substitutes bromide in bromobutane to give butanol and Br-. Yes No 14 Electrophilic addition rarely occurs with alkenes. Yes No 15 Rearrangement reactions do not alter atom connectivity. Yes No 16 Electrophilic addition is the most common reaction of alkenes with electrophiles. Yes No 17 SN2 is not an example of nucleophilic substitution. Yes No 18 A Lewis acid accepts an electron pair and a Lewis base donates an electron pair. Yes No 19 Elimination can produce alkenes via dehydration of alcohols (acid-catalyzed). Yes No 20 Homolytic and heterolytic refer to forming bonds, not breaking them. Yes No

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Organic Reactions Quiz

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Créé par

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Organic Reactions QuizVersion en ligne

par husna haziqah

A Lewis acid donates electron pairs to form bonds.

Nucleophiles are electron-deficient species that accept electrons.

H+ is always a nucleophile in organic reactions.

Electrophiles are electron deficient and attack electron rich species.

Bond breaking can be homolytic (to form radicals) or heterolytic (to form ions).

H+ can act as an electrophile in electrophilic addition to alkenes.

Organic reactions involve four types: substitution, addition, elimination, and rearrangement.

Dehydration of alcohol never produces alkenes.

Rearrangement reactions involve moving groups to form different connections.

Homogenic bond formation is common in organic chemistry.

Nucleophiles are electron rich and donate electron pairs to electrophiles.

Electrophiles are electron-rich species that donate electrons.

Substitution exemplified by SN2: hydroxide substitutes bromide in bromobutane to give butanol and Br-.

Electrophilic addition rarely occurs with alkenes.

Rearrangement reactions do not alter atom connectivity.

Electrophilic addition is the most common reaction of alkenes with electrophiles.

SN2 is not an example of nucleophilic substitution.

A Lewis acid accepts an electron pair and a Lewis base donates an electron pair.

Elimination can produce alkenes via dehydration of alcohols (acid-catalyzed).

Homolytic and heterolytic refer to forming bonds, not breaking them.