Isomer Relationship

For each of the following sets of molecules:

Write the number of chiral center$($s$)$ present in each molecule.

Select whether each molecule is chiral or achiral.

Select the type of isomers the set of molecules are $($Constitutional$,$ Conformational, Configurational, or the same$).$

Select whether a $1$:$1$ mixture of the two compounds will be optically active or not. If the two molecules are configurational isomers

Select whether they are enantiomers, diastereoisomers, or meso compounds. If they are not configurational isomers, select N$/$A$.$

vs

C

vs

Number of chiral center$($s$)$:

Chirality

Chiral

Achiral vs

D

Chirality

Chiral

Achiral

Number of chiral center$($s$)$:

Chirality

Chiral

Achiral

Optically Active

Chirality

Chiral

No

Achiral

Type of Configurational

Enantiomer

Diastereomer

N$/$A

Isomer Relationship

For each of the following sets of molecules:

Write the number of chiral center$($s$)$ present in each molecule.

Select whether each molecule is chiral or achiral.

Select the type of isomers the set of molecules are $($Constitutional$,$ Conformational, Configurational, or the same$).$

Select whether a $1$:$1$ mixture of the two compounds will be optically active or not. If the two molecules are configurational isomers

Select whether they are enantiomers, diastereoisomers, or meso compounds. If they are not configurational isomers, select N$/$A$.$

$($A$)$ vs

Number of chiral center$($s$)$:

vs

Number of chiral center$($s$)$:

Chirality

Chirality

Constitional

Type of Configurational

Chiral

Chlrat

Conlormational

Enantiomer

Achiral

Achiral

Configurational

Diastereomer

Meso

NA