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Although acetophenone is a methyl ketone, as it is aromatic, it is immiscible in H2O so the last step in the haloform reaction should not occur?

I couldn't find any source regarding the haloform reaction of acetophenone.

EDIT:

In this question the answer given is option B, which indicates that option A doesn't show haloform reaction.

In the link given by Nilay Ghosh below, it shows that acetophenone can show haloform reaction.

So I am really confused right now!

Although acetophenone is a methyl ketone, as it is aromatic, it is immiscible in H2O so the last step in the haloform reaction should not occur?

I couldn't find any source regarding the haloform reaction of acetophenone.

Although acetophenone is a methyl ketone, as it is aromatic, it is immiscible in H2O so the last step in the haloform reaction should not occur?

I couldn't find any source regarding the haloform reaction of acetophenone.

Although acetophenone is a methyl ketone, as it is aromatic, it is immiscible in H2O so the last step in the haloform reaction should not occur?

I couldn't find any source regarding the haloform reaction of acetophenone.

EDIT:

In this question the answer given is option B, which indicates that option A doesn't show haloform reaction.

In the link given by Nilay Ghosh below, it shows that acetophenone can show haloform reaction.

So I am really confused right now!

Although acetophenone is a methyl ketone, as it is aromatic, it is immiscible in H2O the last step in the haloform reaction should not occur?

I couldn't find any source regarding the haloform reaction if acetophenone.

Although acetophenone is a methyl ketone, as it is aromatic, it is immiscible in H2O so the last step in the haloform reaction should not occur?

I couldn't find any source regarding the haloform reaction of acetophenone.