The pair of an electron in the given carbanion, $C H_{3} C \equiv C^{⊖}$ , is present in which of the following orbitals?

Question

The pair of an electron in the given carbanion- CH-3-Cequiv C-ominus- is present in which of the following orbitals-2psp-3-sp-2-sp

Toppr Admin · Accepted Answer

The pair of an electron in the CH3-x2212-C-x2261-C-x2212- present at -x2261-C-x2212- carbon which has 1-x3C3- bond pair and two pie bonds and 1 lone pair of electrons- Thus it is sp hybridized and the pair of electron in the given carbanion is present in the sp orbital-xA0-

The pair of an electron in the given carbanion, $C H_{3} C \equiv C^{⊖}$ , is present in which of the following orbitals?
$2 p$
$s p^{3}$
$s p^{2}$
$s p$

The pair of an electron in the $C H_{3} - C \equiv C^{-}$ present at $\equiv C^{-}$ carbon which has $1 σ$ bond pair and two pie bonds and $1$ lone pair of electrons. Thus it is $s p$ hybridized and the pair of electron in the given carbanion is present in the $s p$ orbital.

The pair of an electron in the given carbanion, CH3C≡C⊖, is present in which of the following orbitals?2psp3sp2sp

The pair of an electron in the CH3−C≡C− present at ≡C− carbon which has 1σ bond pair and two pie bonds and 1 lone pair of electrons. Thus it is sp hybridized and the pair of electron in the given carbanion is present in the sp orbital.

The pair of an electron in the given carbanion, $C H_{3} C \equiv C^{⊖}$ , is present in which of the following orbitals?
$2 p$
$s p^{3}$
$s p^{2}$
$s p$

The pair of an electron in the $C H_{3} - C \equiv C^{-}$ present at $\equiv C^{-}$ carbon which has $1 σ$ bond pair and two pie bonds and $1$ lone pair of electrons. Thus it is $s p$ hybridized and the pair of electron in the given carbanion is present in the $s p$ orbital.