3. Pumpkin Spice and everything nice: Cinnamaldehyde, gives cinnamon, and your pumpkin spice latte, its flavor and odor. Use the below structure of cinnamaldehyde shown below to provide the following information: A. Determine the hybridization of each atom and then give the total, H. H. Number of sp' carbon atoms: Number of sp' oxygen atoms: H. Number of sp? carbon atoms: H. Number of sp oxygen atoms: H. H. Number of sp carbon atoms: H. Number of sp oxygen atoms: B. How many total sigma (o) bonds and pi (T) bonds are formed in cinnamaldehyde? Label one of each type on the structure with an arrow. C Show (sketch) the bonding (o and a) between two carbon atoms and between the carbon and oxygen atoms.

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3. Pumpkin Spice and everything nice: Cinnamaldehyde, gives cinnamon, and your pumpkin spice latte, its
flavor and odor. Use the below structure of cinnamaldehyde shown below to provide the following
information:
A. Determine the hybridization of each atom and then give the total,
H.
H.
Number of sp' carbon atoms:
H.
Number of sp' oxygen atoms:
H.
Number of sp? carbon atoms:
H.
Number of sp² oxygen atoms:
H.
H.
Number of sp carbon atoms:
H
Number of sp oxygen atoms:
B. How many total sigma (ơ) bonds and pi (T) bonds are formed in cinnamaldehyde? Label one of each type
on the structure with an arrow.
C. Show (sketch) the bonding (o and a) between two carbon atoms and between the carbon and oxygen
atoms.
Transcribed Image Text:3. Pumpkin Spice and everything nice: Cinnamaldehyde, gives cinnamon, and your pumpkin spice latte, its flavor and odor. Use the below structure of cinnamaldehyde shown below to provide the following information: A. Determine the hybridization of each atom and then give the total, H. H. Number of sp' carbon atoms: H. Number of sp' oxygen atoms: H. Number of sp? carbon atoms: H. Number of sp² oxygen atoms: H. H. Number of sp carbon atoms: H Number of sp oxygen atoms: B. How many total sigma (ơ) bonds and pi (T) bonds are formed in cinnamaldehyde? Label one of each type on the structure with an arrow. C. Show (sketch) the bonding (o and a) between two carbon atoms and between the carbon and oxygen atoms.
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