3. Identify the hybridization and the approximate bond angles around each atom marked with an arrow in the molecule nepetalactone, one of several compounds in catnip known to induce cat "friskiness." geometry shape hybridization bond angles geometry shape hybridization bond angles nepetalactone

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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3. Identify the hybridization and the approximate bond angles around each atom marked with an
arrow in the molecule nepetalactone, one of several compounds in catnip known to induce cat
"friskiness."
geometry shape hybridization bond angles
geometry shape hybridization bond angles
nepetalactone
Transcribed Image Text:3. Identify the hybridization and the approximate bond angles around each atom marked with an arrow in the molecule nepetalactone, one of several compounds in catnip known to induce cat "friskiness." geometry shape hybridization bond angles geometry shape hybridization bond angles nepetalactone
Expert Solution
Step 1

Geometry shape is approximate arrangements of all bond pairs and loan pairs around the atom which experiences minimum hindrance between the bond pair- bond pair electrons and bond pair-loan pair electrons around that atom and gain maximum stability. 

Hybridization is mixing of two or more atomic orbitals of same atome to produce degenerate and lower energy hybride orbitals. The number of hybride orbitals produced us equal to the number of atomic orbitals participated in hybridization. 

Example :- 

  •  one  s-orbital and two p-orbitals hybridize then three sp2 hybride orbital will produce.
  • one  s-orbital and one p-orbital hybridize then two sp hybride orbital will produce.

NOTE :- Hybridize orbitals are used only to form Sigma bonds not used to form pi (π) bonds. 

 

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