How many π bonds does cinnamaldehyde have? Express your answer as an integer.
ashleym92
Cinnamaldehyde has 4 π bonds.
To determine the number of π bonds in cinnamaldehyde, we first need to examine its molecular structure. Cinnamaldehyde is an organic compound with the formula C9H8O. Its structure consists of a benzene ring with a formyl group (-CHO) attached to it.
The benzene ring contains alternating single and double bonds, resulting in 3 π bonds. Additionally, the formyl group has a double bond between the carbon and oxygen atoms, contributing another π bond.
Therefore, cinnamaldehyde has a total of 3 + 1 = 4 π bonds.
To determine the number of π bonds in cinnamaldehyde, we first need to understand its structure. Cinnamaldehyde is the chemical compound responsible for the aroma of cinnamon. It consists of a benzene ring combined with an aldehyde functional group.
To count the π bonds, we need to identify the double bonds in the structure since those are the π bonds. In cinnamaldehyde, the double bond is present between the carbon atom in the benzene ring and the carbon atom in the aldehyde group.
To find the number of π bonds, examine the structure of cinnamaldehyde and count the number of double bonds. In this case, there is only one double bond present.
Therefore, cinnamaldehyde has one π bond.