Include all lone pairs and charges as appropriate. Use wedges and dashes to indicate any chiral centers. Ignore inorganic byproducts. Br2 (1 equiv) Draw Inte ■rmediate H2O Q > Br2 (1 equiv) Bro Q H2O
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![Include all lone pairs and charges as
appropriate. Use wedges and dashes
to indicate any chiral centers. Ignore
inorganic byproducts.
Br2 (1
equiv)
Draw Inte
■rmediate
H2O
Q
>
Br2 (1
equiv)
Bro
Q
H2O](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F74d33821-e700-4595-8adf-967f5c337764%2Fc08ea19d-2aa1-494d-b345-059517007afd%2Fy5cofa_processed.png&w=3840&q=75)
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- Assign (R) or (S) configuration to each chiral center in the molecules below. Then indicate if the molecules are identical, constitutional isomers, enantiomers, or diastereomers. F F ОН VS. OHWhich objects are asymmetric (have no plane of symmetry): (a) a circular clock face; (b) a football; (c) a dime; (d) a brick; (e) a hammer; (f) a spring?Identify the stereomeric relationships There are three activities for these compounds: • Identify the relationship between the compounds in the following pairs: nonisomeric, identical, constitutional isomers, enantiomers, or diastereomers. • Determine whether EACH compound is optically active (chiral). . Identify whether each compound is a meso. 10 CI CI 201 этом 257 abrognoo Source A died g 2 diod to CI CI CI C\... HOM CH3 H3C. CH₂OH H CH2Br Br Я оло 4.5
- Identify the chiral centers in the following molecule and label each as r and s.Consider the following structure and its labeled carbon atoms, which ones are chiral centers, mark all that apply N aConsider the following molecules. Which of the following statements is correct? OH II OH но.. Question 6 options: 。 I and II are enantiomers 。 о I and III are enantiomers II and IV are diastereomers o III and IV are enantiomers ... III IV
- 1) For each pair of structures, determine if they are identical (I), resonance forms (RF), structural isomers (S), conformers (C), enantiomers (E), diastereomers (D), or None (N). b) F H OCH 3 H3CO H F Om Ω d) f) CI CI LL www LL CH3 H CI CH H H H H3C CI CH3d Copy the following structures into your notebook and determine the absolute configuration of each chiral center: H3CH₂C F Cl H H MIC1 CH3 ||| BI H₂CH₂C H H I ||||| CH₂CH₂CH3 "III COOH H OH OHIdentify the chiral centers (mark with *) of the molecule below and assign the absolute configuration of the chiral centers. H HO
- Assign the absolute configuration at both the chiral centers labeled 1 and 2 in the following structure. H HO CHO 1 2 OH I ∙H CH₂OH O 1=S; 2 = S O 1 = R; 2 = S O 1 = R; 2= R O 1=S; 2 = R(a) Identify type of molecules either chiral, achiral, or meso for each compound shown below and (b) Indicate the number of chiral centers in each molecule.Consider the molecules shown here. Assign the R/S configuration to each chiral center.
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