7. Circle each of the molecule(s) below that have a bond made from the overlap between an sp-hybridized orbital and an sp²-hybridized orbital.

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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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7. Circle each of the molecule(s) below that have a a bond made from the overlap between an sp-hybridized
orbital and an sp²-hybridized orbital.
8. Levomenol is a naturally occurring molecule with a sweet aroma that is used in many fragrances; it also has
antimicrobial and anti-inflammatory properties.
Identify the number of hybridized atoms in each category (sp, sp², sp³), o bonds, bonds, lone pairs, and
implied hydrogen atoms.
H
OH
Levomenol
9. Answer the questions below about the following molecules.
A
CI
HO
sp
sp²
sp³
B
In which molecule would you expect the C-Cl bond to be stronger?
In which molecule would you expect the C-Cl bond to be shorter?
What is the geometry of the C atom in the C-Cl of molecule A?
What is the geometry of the C atom in the C-Cl of molecule B?
T
lp
H
10. The following molecule is bombykol (a naturally occurring pheromone formed in silk worms), assign a
geometry and bond angle to each non-hydrogen atom.
Transcribed Image Text:4 of 4 7. Circle each of the molecule(s) below that have a a bond made from the overlap between an sp-hybridized orbital and an sp²-hybridized orbital. 8. Levomenol is a naturally occurring molecule with a sweet aroma that is used in many fragrances; it also has antimicrobial and anti-inflammatory properties. Identify the number of hybridized atoms in each category (sp, sp², sp³), o bonds, bonds, lone pairs, and implied hydrogen atoms. H OH Levomenol 9. Answer the questions below about the following molecules. A CI HO sp sp² sp³ B In which molecule would you expect the C-Cl bond to be stronger? In which molecule would you expect the C-Cl bond to be shorter? What is the geometry of the C atom in the C-Cl of molecule A? What is the geometry of the C atom in the C-Cl of molecule B? T lp H 10. The following molecule is bombykol (a naturally occurring pheromone formed in silk worms), assign a geometry and bond angle to each non-hydrogen atom.
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