Assign the absolute configuration at both the chiral centers labeled 1 and 2 in the following structure. H HO CHO 2 OH H CH₂OH O 1=S; 2 = S O 1= R; 2=S O 1= R; 2= R 1 = S; 2 = R

For the following compounds give their absolute configuration at each chiral center

What are the chiral centers for this molecule?

Consider a solution that contains 66.7 % of the R isomer (specific rotation = -46 °) and 33.3 % of the S isomer (specific rotation = +46 °) of a chiral compound. What is the observed specific rotation of the mixture? 0° O +15.4° О -15.4° О -30.7° O +30.7°

Which of the following molecules is/ are chiral? بر H3C H3C H₂C CI CH₂OH H CH3 Main Content CF3 CH3 Br millBr

I think it’s R.

Payal

Assign RS configuration to each chiral carbon in the following compounds-

Part 1 of 2 Each of the following compounds can exhibit optical activity. Enter the label number of chiral center(s) in the following compounds. If more than one, separate them with commas. H OF || | | HO-C-C-C=C-H 121 H 3 The chiral center(s) is/are at Part 2 of 2 H-C-H H G

The structure shown below is 3-fluoro-2-butanol. What is the configuration of the chiral centers? A) 25, 3R он CH3 B) 2R, 3S CH3 C) 2R, 3R D) 25, 3S