Question

The compound below is estradiol, a hormone that triggers the development of female secondary sex characteristics. "a structure with a hexagonal ring with points top and bottom and alternating double bonds is single bonded to o h at bottom left. A second hexagonal ring shares the right side of the first. A third hexagonal ring shares the upper right side of the second. A pentagonal ring shares the right side of the third hexagon. H is single bonded behind the lower left and lower right corners of the third hexagon, in front of the bottom point of the third hexagon, and in front of the upper right corner of the pentagon. A c h 3 is bonded in front of the upper right corner of the third hexagon. Estradiol is best described as which of the following? an alkyne an alkene an alkane an aromatic.

Answer 1

The hormone estradiol is classified as aromatic due to its structure.

What is an aromatic?

An aromatic refers to a type of chemical structure found in some compounds. This structure differs from others due to the following characteristics:

• Aromatics have a ring shape, this means the carbons that compose the structure join to create a close structure similar to a ring.
• The structure can be composed of 1 or more rings that are linked together.
• The structure often includes unsaturated bonds.
• Most common rings are composed of 6 or 5 carbons.

Is estradiol an aromatic?

Estradiol as well as other hormones are classified as aromatics. This classification is because estradiol is composed of four rings. The first three rings have 6 carbons, while the last ring has  5 carbons. All of these characteristics are part of aromatics.

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