(D) Stereoisomerism occurs when isomers have the same structural formula but differ in the relative arrangement of atoms or groups in space within the

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Optical isomerism and geometric isomerism

(D) Stereoisomerism occurs when isomers have the same structural formula but differ in the relative arrangement of atoms or groups in space within the molecule.Stereoisomerism is primarily classified into three types:$(i)$ Geometrical isomerism$(ii)$ Optical isomerism$(iii)$ Conformational isomerism.Therefore,both optical isomerism and geometric isomerism are types of stereoisomerism.

Class 11 Chemistry 2 Organic Chemistry: Isomerism Mix Examples-General Organic Chemistry

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Which one of the following pairs represents stereoisomerism?

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A
Chain isomerism and rotational isomerism
B
Structural isomerism and geometric isomerism
C
Linkage isomerism and geometric isomerism
D
Optical isomerism and geometric isomerism

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Chapter

2 Organic Chemistry: Isomerism

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Mix Examples-General Organic Chemistry

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Arrange the following compounds in decreasing order of their acidic strength:

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Which of the following molecules is (are) chiral?

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Match the terms mentioned in Column-$I$ with the terms in Column-$II$.

Column-$I$ Column-$II$

$(A)$ Carbocation $(1)$ Cyclohexane and $1$-hexene

$(B)$ Nucleophile $(2)$ Conjugation of electrons of $C-H$ $\sigma$-bond with empty $p$-orbital present at adjacent positively charged carbon

$(C)$ Hyperconjugation $(3)$ $sp^{2}$ hybridised carbon with empty $p$-orbital

$(D)$ Isomers $(4)$ Ethyne

$(E)$ $sp$ hybridisation $(5)$ Species that can receive a pair of electrons

$(F)$ Electrophile $(6)$ Species that can supply a pair of electrons

Column-$I$	Column-$II$
$(A)$ Carbocation	$(1)$ Cyclohexane and $1$-hexene
$(B)$ Nucleophile	$(2)$ Conjugation of electrons of $C-H$ $\sigma$-bond with empty $p$-orbital present at adjacent positively charged carbon
$(C)$ Hyperconjugation	$(3)$ $sp^{2}$ hybridised carbon with empty $p$-orbital
$(D)$ Isomers	$(4)$ Ethyne
$(E)$ $sp$ hybridisation	$(5)$ Species that can receive a pair of electrons
$(F)$ Electrophile	$(6)$ Species that can supply a pair of electrons