Alkynes: True or False Quiz

Oui ou Non

Parties jouées 2

Créer une copie

À propos de cette activité

Test your knowledge of alkynes with quick true/false questions.

Créé par

Chloe Stampfl

United States

Téléchargez la version pour jouer sur papier

Top 10 résultats

#	Jeux	Précision	temps
1	Chloe Stampfl 20 Janvier 2026	% 100	00:34

Voulez-vous apparaître dans le Top 10 de ce jeu? Connectez-vous pour vous identifier.

Créez votre propre jeu gratuite à partir de notre créateur de jeu

Affrontez vos amis pour voir qui obtient le meilleur score dans ce jeu

Créer un défi


Alkynes: True or False QuizVersion en ligne Test your knowledge of alkynes with quick true/false questions. par Chloe Stampfl 1 Alkynes have the general formula CnH2n-2. Yes No 2 Acetylene is a major industrial feedstock for welding torches and is valued for its high heat of combustion. Yes No 3 The IUPAC naming rules for alkynes require numbering to place the triple bond at the lowest possible locant and use the suffix -yne. Yes No 4 Ketones react with acetylide anions faster than aldehydes in typical additions to form alcohols. Yes No 5 Acetylene is rarely used in industrial welding applications. Yes No 6 All alkynes have the exact same reactivity regardless of substitution or steric hindrance. Yes No 7 The hydrogen on a terminal alkyne has a pKa around 50, making it extremely non-acidic. Yes No 8 Terminal alkynes are relatively acidic because of the high s-character of the attached hydrogens. Yes No 9 Alkynes are best described as nonpolar species with no significant solubility considerations in water. Yes No 10 Deprotonation of a terminal alkyne with NaNH2 forms an acetylide anion, which can attack carbonyls to yield alcohol products. Yes No

Alkynes: True or False QuizVersion en ligne

Test your knowledge of alkynes with quick true/false questions.

par Chloe Stampfl

Alkynes have the general formula CnH2n-2.

Yes

Acetylene is a major industrial feedstock for welding torches and is valued for its high heat of combustion.

Yes

The IUPAC naming rules for alkynes require numbering to place the triple bond at the lowest possible locant and use the suffix -yne.

Yes

Ketones react with acetylide anions faster than aldehydes in typical additions to form alcohols.

Yes

Acetylene is rarely used in industrial welding applications.

Yes

All alkynes have the exact same reactivity regardless of substitution or steric hindrance.

Yes

The hydrogen on a terminal alkyne has a pKa around 50, making it extremely non-acidic.

Yes

Terminal alkynes are relatively acidic because of the high s-character of the attached hydrogens.

Yes

Alkynes are best described as nonpolar species with no significant solubility considerations in water.

Yes

Deprotonation of a terminal alkyne with NaNH2 forms an acetylide anion, which can attack carbonyls to yield alcohol products.

Yes

Vous pouvez intégrer le jeu dans un LMS compatible avec LTI 1.1 ou LTI 1.3 comme Canvas, Moodle ou Blackboard. Les scores seront ainsi automatiquement enregistrés dans le carnet de notes de la plateforme.

Alkynes: True or False Quiz

Oui ou Non

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

Top Jeux

Oui ou Non

Foot and Ankle Anatomy Quiz

Oui ou Non

Grammys for best song/record

Oui ou Non

Is it true?

Oui ou Non

Is it created with Artificial Intelligence? - Complete game

Oui ou Non

Adjective Checker

Alkynes: True or False QuizVersion en ligne

par Chloe Stampfl

Alkynes have the general formula CnH2n-2.

Acetylene is a major industrial feedstock for welding torches and is valued for its high heat of combustion.

The IUPAC naming rules for alkynes require numbering to place the triple bond at the lowest possible locant and use the suffix -yne.

Ketones react with acetylide anions faster than aldehydes in typical additions to form alcohols.

Acetylene is rarely used in industrial welding applications.

All alkynes have the exact same reactivity regardless of substitution or steric hindrance.

The hydrogen on a terminal alkyne has a pKa around 50, making it extremely non-acidic.

Terminal alkynes are relatively acidic because of the high s-character of the attached hydrogens.

Alkynes are best described as nonpolar species with no significant solubility considerations in water.

Deprotonation of a terminal alkyne with NaNH2 forms an acetylide anion, which can attack carbonyls to yield alcohol products.

		%
	Anonyme	%
		%
		%