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In the structure below, the sigma bond of the triple bond is formed from the overlap of a(n) ________ atomic orbital of carbon and a(n) ________ atomic orbital of the other carbon atom. How many sp3 hybridized carbon atoms are present in the molecule shown?

In the structure below, the sigma bond of the triple bond is formed from the overlap of a(n) ________ atomic orbital of carbon and a(n) ________ atomic orbital of the other carbon atom. How many sp3 hybridized carbon atoms are present in the molecule shown?

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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In the structure below, the sigma bond of the triple bond is formed from
the overlap of a(n) ________ atomic orbital of carbon and a(n) ________ atomic orbital
of the other carbon atom. How many sp3 hybridized carbon atoms are present in
the molecule shown?

The image shows a chemical structure followed by a multiple-choice question. **Chemical Structure:** - The structure features a bicyclic compound with a nitrogen (N) in one ring and a hydroxyl group (OH) connected to a side chain featuring an alkyne group (C≡CH). **Question:** The question asks to identify the hybridization states of the carbon atoms at the alkyne bond (C≡CH). **Options:** A) sp, sp² B) sp³, sp² C) sp, sp D) p, p This question tests knowledge of chemical bond hybridization. The correct answer involves understanding that the carbon atoms in a triple bond are typically sp hybridized.
Transcribed Image Text:The image shows a chemical structure followed by a multiple-choice question. **Chemical Structure:** - The structure features a bicyclic compound with a nitrogen (N) in one ring and a hydroxyl group (OH) connected to a side chain featuring an alkyne group (C≡CH). **Question:** The question asks to identify the hybridization states of the carbon atoms at the alkyne bond (C≡CH). **Options:** A) sp, sp² B) sp³, sp² C) sp, sp D) p, p This question tests knowledge of chemical bond hybridization. The correct answer involves understanding that the carbon atoms in a triple bond are typically sp hybridized.
Expert Solution
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Hybridisation: It is the phenomenon of combining two atomic orbitals to give a new degenerate hybrid orbital which have same energy levels.

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