The C-C$\sigma$bond in ethyne (H-C$ \equiv$C-H), results from the overlap of which orbitals?

Name: The C-C$\sigma$bond in ethyne (H-C$ \equiv$C-H), results from the overlap of which orbitals?
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The C-C triple bond in ethyne (acetylene) is formed by the overlap of two sp hybrid orbitals from each carbon atom, leading to a sigma bond, with the remaining two bonds in the triple bond being pi bonds formed by the overlap of p orbitals.

The C-C σ\sigmaσ Bond in Ethyne (H-C ≡ \equiv≡ C-H), Results from the Overlap of Which Orbitals? A) Sp-Sp

The C-C $\sigma$ Bond in Ethyne (H-C $\equiv$ C-H), Results from the Overlap of Which Orbitals?
A) Sp-Sp