Point out the hybridization situation (sp3, sp2, sp, or not hybridized) of the highlighted atoms below.: note that you are responsible for adding proper number of lone pairs wherever necessary.C(highlighted) on the left is __________ hybridized; so the bond angle CCC (around the same carbon) is O(highlighted) on the right is ___________ hybridized; so the bond angle COC (around the oxygen) is _______N(highlighted) at the top-left corner is __________________ hybridized； so the bond angle NCC is __________ .N(highlighted) on the right is __________________ hybridized； so the bond angle CNC is __________ . 1. Point out the hybridization situation (sp³, sp?, sp, or not hybridized) of the highlighted atoms below.: note that youare responsible for adding proper number of lone pairs wherever necessary.NECCHCH2CH*CHCH 3CH2-CH2-CH2-N-CH3CH=-CHCHC(highlighted) on the left ishybridized; so the bond angle Z CCC around the same carbon) isO(highlighted) on the right ishybridized; so the bond angle Z CoC (around the oxygen) isN(highlighted) at the top-left corner ishybridized; so the bond angle Z NCC isN(highlighted) on the right ishybridized; so the bond angle Z CNC is

While calculating hybridization, we consider both the number of bonding electron densities and…

Answered: 1. Point out the hybridization…

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Point out the hybridization situation (sp³, sp², sp, or not hybridized) of the highlighted atoms below.: note that you are responsible for adding proper number of lone pairs wherever necessary.

C(highlighted) on the left is __________ hybridized; so the bond angle CCC (around the same carbon) is

O(highlighted) on the right is ___________ hybridized; so the bond angle COC (around the oxygen) is _______

N(highlighted) at the top-left corner is __________________ hybridized； so the bond angle NCC is __________ .

N(highlighted) on the right is __________________ hybridized； so the bond angle CNC is __________ .

1. Point out the hybridization situation (sp³, sp?, sp, or not hybridized) of the highlighted atoms below.: note that you
are responsible for adding proper number of lone pairs wherever necessary.
NEC
CH
CH2
CH
*CH
CH 3
CH2-CH2-CH2-N-CH3
CH=-CH
CH
C(highlighted) on the left is
hybridized; so the bond angle Z CCC around the same carbon) is
O(highlighted) on the right is
hybridized; so the bond angle Z CoC (around the oxygen) is
N(highlighted) at the top-left corner is
hybridized; so the bond angle Z NCC is
N(highlighted) on the right is
hybridized; so the bond angle Z CNC is

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