QuestionMay 30, 2025

Which two atomic orbitals overlap to form the molecular orbitals for a C-H o bond in ethyne? a Is orbital of H and the sp orbital of C a 2p orbital from Cand an sp^2 orbital from H an sp^2 orbital from both C and H a 1s orbital of H and the sp^2 orbital of C a 2p orbital from both C and H

Which two atomic orbitals overlap to form the molecular orbitals for a C-H o bond in ethyne? a Is orbital of H and the sp orbital of C a 2p orbital from Cand an sp^2 orbital from H an sp^2 orbital from both C and H a 1s orbital of H and the sp^2 orbital of C a 2p orbital from both C and H
Which two atomic orbitals overlap to form the molecular orbitals for a C-H o bond in ethyne?
a Is orbital of H and the sp orbital of C
a 2p orbital from Cand an sp^2 orbital from H
an sp^2 orbital from both C and H
a 1s orbital of H and the sp^2 orbital of C
a 2p orbital from both C and H

Solution
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Answer

a 1s orbital of H and the sp orbital of C Explanation 1. Identify the hybridization of carbon in ethyne In ethyne (C_2H_2), each carbon is sp hybridized. 2. Determine the orbitals involved in C-H bond formation The C-H sigma bond is formed by the overlap of the sp orbital from carbon and the 1s orbital from hydrogen.

Explanation

1. Identify the hybridization of carbon in ethyne<br /> In ethyne ($C_2H_2$), each carbon is $sp$ hybridized.<br /><br />2. Determine the orbitals involved in $C-H$ bond formation<br /> The $C-H$ sigma bond is formed by the overlap of the $sp$ orbital from carbon and the $1s$ orbital from hydrogen.
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