A0.1 m solution enatiomerically pure chemical compound d has an observed rotation of 0.20 degrees in a 1 atm sample container. the molecular mass of the compound is 150.
a. what is the specific rotation of d? (i already know this part )
b. what is the observed rotation if this solution is mixed with an equal volume of a solution that is 0.1 m in l, the enantiomer of d?
c what is the observed rotation if the solution of d is diluted with an equal volume of solvent?
d what is the specific rotation of d after the dilution described in c?

What is the specific rotation of L, an enantiomer of D? the same than D but opposite sign. f. What is the observed rotation of 1 L of solution that contains 0,01 mole of D and 0.005 mole of L? (Assume 1 dm path length) calculate the difference between the two enantiomers 0.01 D- 0.05 L = 0.05 M "D" specific rotation = observed rotation/ (cell path x concentration) cells path = 1dm (doesn't affect anything in the formula we can ignore it) observed rotation = specific rotation D x concentration D

Nuclear energy

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