How many organic products will be formed when | vedclass

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(B) The given compound is a gem-dicarboxylic acid (malonic acid derivative) attached to a cyclopentane ring.Decarboxylation of a gem-dicarboxylic acid

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(B) The given compound is a gem-dicarboxylic acid (malonic acid derivative) attached to a cyclopentane ring.Decarboxylation of a gem-dicarboxylic acid involves the loss of one molecule of $CO_2$ to form a monocarboxylic acid.In the given structure,the two $-COOH$ groups are on the same carbon atom.Upon heating,one of the $-COOH$ groups is lost as $CO_2$.Since the carbon atom bearing the two $-COOH$ groups is a chiral center,the removal of one $-COOH$ group creates a new chiral center (or retains existing ones).However,the question asks for the number of organic products formed.Since the starting material is a single stereoisomer,the decarboxylation process typically proceeds through a cyclic transition state that preserves the stereochemistry at the other centers.Thus,only $1$ organic product (a specific stereoisomer of the resulting monocarboxylic acid) is formed.

How many organic products will be formed when the following compound undergoes decarboxylation?
(Image: $A$ substituted cyclopentane ring with two $-COOH$ groups at the same carbon atom,and two $-CH_3$ groups at adjacent carbons.)

Similar Questions

Identify product $B$ in the above reaction sequence.

The decreasing order of acidic strength for the following acids is:
$(A)$ $CH_3COOH$
$(B)$ $CH_3CHClCH_2COOH$
$(C)$ $ClCH_2COOH$
$(D)$ $Cl_2CHCOOH$

Assertion : Nitration of benzoic acid gives $m-$nitrobenzoic acid.
Reason : Carboxyl group increases the electron density at meta-position.

Which of the following substances produces an explosive upon decarboxylation?

The correct order of decreasing acid strength of the following acids is:
$(1)$ Trichloroacetic acid
$(2)$ Trifluoroacetic acid
$(3)$ Acetic acid
$(4)$ Formic acid

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How many organic products will be formed when the following compound undergoes decarboxylation?(Image: $A$ substituted cyclopentane ring with two $-COOH$ groups at the same carbon atom,and two $-CH_3$ groups at adjacent carbons.)