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The cylindrical shape of an alkyne is due to
Options
(a) two sigma C – C and one π C – C bonds
(b) one sigma C – C and two π C – C bonds
(c) three sigma C – C bonds
(d) three π C – C bonds
Correct Answer:
one sigma C – C and two π C – C bonds
Explanation:
In alkyne, two carbon atoms constituting the triple bond are sp-hybridised. Carbon undergoes sp-hybridisation to form two sp-hybride orbitals. The two 2p-orbitals remain unhybridised. Hybrid orbitals forms one sigma bond while two π- bonds are formed by unhybridised orbitals.
Related Questions: - Electric configuration of chalcogens in their outermost orbit is
- The correct order of acidic strength of oxides of nitrogen, is
- The surface tension of which of the following liquid is maximum
- Which of the following oxides is not expected to react with sodium hydroxide
- Which statement is incorrect
Topics: Hydrocarbons
(84)
Subject: Chemistry
(2512)
Important MCQs Based on Medical Entrance Examinations To Improve Your NEET Score
- Electric configuration of chalcogens in their outermost orbit is
- The correct order of acidic strength of oxides of nitrogen, is
- The surface tension of which of the following liquid is maximum
- Which of the following oxides is not expected to react with sodium hydroxide
- Which statement is incorrect
Topics: Hydrocarbons (84)
Subject: Chemistry (2512)
Important MCQs Based on Medical Entrance Examinations To Improve Your NEET Score
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