Chemistry-
General
Easy
Question
In plane clockwise rotation of the projection formula (A) of a compound by 90° and 180° yields the projection formulae (B) and (C) respectively -
A) 
B) 
C) 
Which of the following statements is not correct about (A), (B) and (C) -
- A and B are enantiomers
- A and C are identical
- B and C are enantiomers
- A and C are enantiomers
The correct answer is: A and C are enantiomers
Related Questions to study
chemistry-
The pair of structures given below represent:-
The pair of structures given below represent:-
chemistry-General
chemistry-
Which is most stable conformer of 2,3 -dimethyl butane-
Which is most stable conformer of 2,3 -dimethyl butane-
chemistry-General
chemistry-
The correct stereochemical name of -
The correct stereochemical name of -
chemistry-General
chemistry-
The following compound can exhibit -
The following compound can exhibit -
chemistry-General
chemistry-
Which is optically inactive compound -
a) 
b) 
c) 
d) 
e) 
Which is optically inactive compound -
a)
b)
c)
d)
e)
chemistry-General
chemistry-
The number of stereo isomers possible for the compound with the structure is -
The number of stereo isomers possible for the compound with the structure is -
chemistry-General
chemistry-
and 
are-
and are-
chemistry-General
chemistry-
The IUPAC name of the given compound is -
The IUPAC name of the given compound is -
chemistry-General
chemistry-
and 
are-
and are-
chemistry-General
chemistry-
and 
& are called as -
and & are called as -
chemistry-General
chemistry-
Identify the end product (B) of the following sequence of reaction.
Identify the end product (B) of the following sequence of reaction.
chemistry-General
chemistry-
Following two isomers are -
Following two isomers are -
chemistry-General
chemistry-
Number of optically active isomers of tartaric acid is -
Number of optically active isomers of tartaric acid is -
chemistry-General
chemistry-
The number of optically active isomers possible in -
The number of optically active isomers possible in -
chemistry-General
chemistry-
The absolute configuration of the compound is -
The absolute configuration of the compound is -
chemistry-General
