12) Compound 1 and 2 are diastereomers. Because they are not mirror images .
13) Compound 2 and 3 are diastereomers because they are not mirror images.
14) Compound 1 and 3 are Enantiomers because they are non-superimposable mirror images.
15) Compound 2 is meso because it contain internal plane which divide the molecule into two equal halves.
16) Compound 1 and 3 are chiral and rotate the plane of polarized light.
Compound 2 Compound Compound 3 12.(3 pts) What is the relationship between Compound 1 and compound...
a. Provide the IUPAC name of the molecule shown below. (4 points) b. Circle all achiral (meso) compounds below. (4 points) OH COH HOZC OH c. Draw the structure of the compound based on its IUPAC name. (4 points) d. Of the cations below, circle any that are achiral. (4 points) OAC Hg ΤΗ (E)-4-ethyl-3-fluorohept-3-ene e. Provide the IUPAC name of the molecule shown below. (4 points) f Rank the following cations from least stable to most stable. (3 points)...
What is the relationship between the following molecules? Question 1 1 pts What is the relationship between the following molecules? 1 Br > ll Br No relationship Enantiomers Identical Constitutional Isomers • Diastereomers Question 2 1 pts What is the relationship between the following molecules? OH CH3 CH3 Diastereomers Constitutional Isomers Enantiomers Identical No relationship
(8 pts.) Identify the relationship between the following pair as enantiomer, diastereomer or same compound. 5. Br 1) Diastereomners and Br F X H Same compond 2) and Br Br 43с н, 3) Fil and н CH3 Diastereomers Br and Enantiomers
2, 3, 4-Trichloropentane is a molecule that has two meso stereoisomers. Using this information, answer... a. Draw the two structures for the two meso stereoisomers. b. Redraw and indicate the location of the mirror plane in each meso c. What is the stereochemical relationship between the two meso compounds d. Is carbon-3 a stereocenter in these meso compounds? How do you know? If carbon-3 is a stereocenter, what addition to the R/S system would you need to assign a configuation...
IX. (12 pts) Draw Fischer projections of all possible stereoisomers of 3-bromo-2-chlorobutanoic acid: CHaCH(Br)CH(CI)CO2H. Determine the R/S configuration of each stereocenter. Indicate the relationship between each pair of stereoisomers.
(8 pts.) Identify the relationship between the following pair as enantiomer, diastereomer or same compound 5. 1) and Br Br and 2) Br 3) H and H H 4) and
Question 3 (1 point) What is the relationship between the following molecules? Br Br Same compound. Pair of enantiomers. Pair of diastereomers. Unrelated. Two of the above. Question 4 (1 point) Saved Which of the following molecules has stereogenic center with configurati Br estion 4 (1 point) ✓ Saved Which of the following molecules has stereogenic center with configuration R? Br o Br Question 5 (1 point) Which of the following is true regarding 50/50 mixture of the following molecules?...
D Question 12 6 pts What type of mechanism is taking place in the reaction shown? OH D Question 13 6 pts What is the correct absolute configuration for the stereocenter, marked with an asterisk (*), in the molecule below? trans Question 15 6 pts What is an appropriate name for the compound shown? OH m-bromophenol m-bromobenzyl alcohol m-hydroxybenzenebromide p-bromoanisole Question 16 6 pts What reagents would be required to make the following transformation? с HCl H2/Pd Na/NH3(0) H.Br 2...
Q: which choice represents the product of the manipulation? Q: what is the relationship between the following two molecules? Name: pancake or she during 17. Rotate the molecul Rolate the molecule below horizontally in the same way you would lip cooking. Which choice represents the product of the manipulation? ORIGINAL MOLECULE HN co0H d. e. structure o structure e a. b. c. structured structure b structure a 18. Rank the following molecules based on increasino boiline noint (lowest boiling point...
9. C (Z-2-hexene d. They are all of equal stability. Choose the most stable alkene among the following a 1-hexene b. (E)-2-hexene 10. What is the relation between an enantiomer's configuration and its specific rotation? (a) Rcompounds usually are dextrorotatory with few exceptions (b) R compounds always are dextrorotatory. (c) There is no relation. (d) R compounds always are levorotatory 11. How many chiral centers are there in tartaric acid, and how many different stereoisomers exist for this acid? он...