In-lab Discussion Questions 1. These four stereoisomers constitute 2 pairs of enantiomers, or mirror images. Using the...
Stereoisomer naming: н Br o Br Ho H Bro Br но Хон Х ОН он он н Br Br' H Br' н. н Br stereoisomer 1 stereoisomer 2 stereoisomer 3 stereoisomer 4 In-lab Discussion Questions 1. These four stereoisomers constitute 2 pairs of enantiomers, or mirror images. Using the R, S labeling system (see box below for review), name each of the diastereomers. The basic name is 2,3-dibromo-3-phenylpropanoic acid. 2. Which pairs of compounds are enantiomers? 3. Which pairs of...
Constitutional Isomers-same MF, diff. connectivity Enantiomers-stereoisomers, mirror image, not superimposable Diastereomers-stereoisomers, not mirror image Same-same MF, same connectivity, same spatial arrangement Different-different MF (12 points) 8. In the boxes below, give the relationship between the pairs of molecules. Possible terms are shown at right. Each term may be used more than once and some terms may not be used at all. Cl Br CHy CHs CH and and CHS Cl H Br н CH3 CHs H CHs CHs and CHg...
3. Identify the relationship between each of the following pairs of molecules as constitutional isomers, enantiomers, diastereomers, or meso compounds. CH3 но - оноо но Х он но -н. H2NH H- H CH3 осон BiH HO н+он н-он ну он Br +н CH3 CH3 HOTH HO HỌ NH2 NH, HẠNH I но НЕН CH3 I H- H нон н +он но -н CH3 HO на
5. Match the stereoisomers that are mirror images and identify any meso compounds. CH H OH CH H OH CH H сH OH HO но- -H H OH H- OH -H но H OH CH, но H H OH H- OH CH meso CH CH (a) (b) (c) (d) meso miYOY tnageS 6. For each case, decide whether the following pairs are enantiomers, diastereomers, or identical molecules: coot COOH H Cl нс CH. H7 Cl COOH and a. CH DH...
Stereochemistry Questions Name: CHE 201 Date: 1. Describe the relationship between the pairs of compounds as: E- Enantiomers D-Diastereomers [-Identical Structures C-Constitutional Isomers Hs CH.CH -н HO- H но # and - H- H- ci CH,CHE Br -*-* and CH Br H / OH and CH3 HO BrH2C H3C CHE CH2CH3 CICH CH3 H3CKH HOCI CH2CH3 CH3
9. Which of the following pairs of structures represent a pair of enantiomers HyC.. HCN Had BCH H₂ CH₂ C OH H, CH.CH соон H ! CHE соон H₂C....! н HNH 10. What is the relationship of the following two compounds? COOH HCI HCI and HC COOH ні он OH a. Constitutional isomers b. Diastereomers c. Identical d. Enantiomers 11. Name the following hydrocarbon. 295 a. 2,3-dimethylbutane b. hexane c. 1,2-dimethylbutane d. 2-methylpentane
2. Label each of the following pairs of molecules as enantiomers, diastereomers, meso compounds, or constitutional isomers. Some terms may be used more than once, and some terms may not be used at all. The use of the model kit is GREATLY encouraged for this question (5 points). CH3 ОН ОН \ 'NTOH о он Нонно- нон н он / он но CH3 H3G ног он гун, 3 H3CCH3 HONH2 - тр H2N " он он сна он он NH2
CHEM 2060 HOMEWORK #4 Chp. 5 and 6 Due March 5th, 2020, 1:20 PM! 1. Fill in the squares with the corresponding chirality (R or S) for the following pairs of chemical structures and determine whether they are Enantiomers, Diastereomers or the Same Compound. (20 points total) U - Br FT NH2 NH2 Br COH A) Enantiomers COZH C) Same Molecule B) Diastereomers CH3O HSCH CICH2 FH Hс-н H CH3 CHCI SHU A) Enantiomers B) Diastereomers C) Same Molecule back...
need help with #2 Enantiomeric pairs: Diastereomeric pairs: Identical molecules: 2. For the structure given below, the name of a specific stereoisomer is given. Show the stereochemistry of the named stereoisomer using a perspective (dash & wedge) structure, a staggered Newman projection and a Fischer projection. (3 pts) он о Y O H (2R,3R)-3-hydroxy-2-nitropentanoic acid NO 7 change ( 3. Decide whether each of the following pairs of structures represent enantiomers, diastereomers, or identical molecules (6 pts) ame one crates
H 9. For each molecule: 1) Identify all possible enantiomers and distinguish those that are enantiomers, diastereomers and meso compounds. II) Assign the absolute configuration of chiral carbons in each molecule OCH3 HO+Br HS+CN H2N-CH3 HOSH Он HO+CH3 н OCH3 Сн, ососна Br +D HOCH HC-BrHN+Br CH 8. For the following compounds, assign the absolute configuration for those with chiral carbons and identify those that are NOT enantiomers HO C-C-OHY -CCIN 13CH3 HAN CH3 CH3 осі H-CH3 H2N+CH H O+COOH...