Yes it is.
Benzaldehyde is the simplest aromatic aldehyde. The oxidizing agent used in Fehling's solution is not strong enough to oxidize the aromatic ring. Therefore Benzaldehyde doesn't show Fehling's test. I hope it helped :)
Yes, naphthalene is aromatic. It consists of two-fused benzene rings, making it an aromatic hydrocarbon.
They are cyclic they have single and double bonds
The functional group of biphenyl is aromatic ring, benzene.
No, naphthalene is not a base. It is a white solid aromatic hydrocarbon compound that is widely used in mothballs and as a cleaning agent. It is not classified as a base in terms of its chemical properties.
That is the correct spelling of "benzaldehyde" (aromatic compound found in almonds).
Yes. It is a polycyclic aromatic. A white solid, it consists of two benzene rings "fused" together, sharing two carbon atoms. It has a formula of C10H8. It has a distinctive smell, and is traditionally used as "mothballs".
No, n-hexane is an aliphatic hydrocarbon - not aromatic.
Benzaldehyde is the simplest aromatic aldehyde. The oxidizing agent used in Fehling's solution is not strong enough to oxidize the aromatic ring. Therefore Benzaldehyde doesn't show Fehling's test. I hope it helped :)
Yes, naphthalene is aromatic. It consists of two-fused benzene rings, making it an aromatic hydrocarbon.
Benzene, cyclic C6H6
covalent aromatic hydrocarbon
They are cyclic they have single and double bonds
The functional group of biphenyl is aromatic ring, benzene.
A benzopyrene is a polycyclic aromatic hydrocarbon which is both mutagenic and carcinogenic.
Hydrocarbons which contain a benzene ring (google that yourself)
No, naphthalene is not a base. It is a white solid aromatic hydrocarbon compound that is widely used in mothballs and as a cleaning agent. It is not classified as a base in terms of its chemical properties.