Compounds A and B each have two chiral centers. a. They are ___________ if the c

ID: 564217 • Letter: C

Question

Compounds A and B each have two chiral centers.

a. They are ___________ if the configuration of both chiral centers in A are the opposite configuration of the chiral centers in B.

b. They are ____________if the configuration of both chiral centers in A are the same configuration as the chiral centers in B.

c. They are ____________if the configuration of one chiral center in A is the opposite configuration of a chiral center in B and the other chiral center has the same configuration in both compounds.

Answer choices for each question:

-diasteriomers, cis/trans, enantiomers, identical

Explanation / Answer

a. They are enantiomers if the configuration of both chiral centers in A are the opposite configuration of the chiral centers in B.

b. They are identical if the configuration of both chiral centers in A are the same configuration as the chiral centers in B.

c. They are diasteriomers if the configuration of one chiral center in A is the opposite configuration of a chiral center in B and the other chiral center has the same configuration in both compounds.

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Compounds A and B are two conformers of the same molecule. . E. Compounds A and

Compounds A and B each have two chiral centers. a. They are ___________ if the c

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Compounds A and B each have two chiral centers. a. They are ___________ if the c

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