Question

Walden inversion is related to

Answer 1

 an inversion of configuration of one optically active compound into another that may or may not lead to a change in the direction of optical rotation and that may be of either of two general types:a : inversion involving two reactions in which an optically active compound is changed to another by substitution at its asymmetric center and then regenerated (as dextro-alanine is changed to levo-bromo-propionic acid by nitrosyl bromide and then to levo-alanine by ammonia) but as the optical isomer of the original compoundb : inversion involving one reaction of an optically active compound at its asymmetric center with resulting configurational change from d to l or vice versa regardless of change in optical rotation (as from levorotatory l-bromo-propionic acid to levorotatory d-alanine by ammonia but not from dextrorotatory l-alanine to levorotatory l-bromo-propionic acid because no inversion of configuration occurs although optical inversion does)
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Answer 2

Answer:

Conversion of the configuration of one active component into another that may or may not lead to a change in optical rotation direction and which may be of two common types: -alanine is converted to levo-bromo-propionic acid with nitrosyl bromide and then levo-alanine with ammonia) but as the visual compoundb of the original compoundb: a modification that involves a single reaction of a light-acting compound at its center that does not measure the effect of a change in suspension from d to l or vice versa regardless of the change in visual acuity (such as from levorotatory l-bromo-propionic acid to levorotatory d-alanine with ammonia but not from dextrorotatory l -ananine to levorotatory l-b romo-propionic acid because no configuration modification occurs even though optical modification occurs)

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