Need help 3. Please convert the wedge-dashed structure to a chair conformation, flip it, and determinewhich chair is most stable. Please draw the chairs and substituents with the correct angles. Labeleach group axial (a) or equatorial (e).Group-H-F-CI-Br-I-CN-OH-SH-NH₂-NO₂b.a.ts)CO₂HCNA-Values Measure the size of organic groupsA-Value0.00 (hydrogen)0.25 (fluoro)0.5 (chloro)0.6 (bromo)0.61 (iodo)0.2 (nitrile or cyano)1.0 (alcohol)1.21 (thiol)1.5 (amine)1.1 (nitro)Group-CH3-CH₂CH3-CH(CH3)2-C(CH3)3-CF3-C6Hs-C6H11-OCH3COH-CO₂A-Value1.74 (methyl)1.79 (ethyl)2.21 (isopropyl)4.9 (tert-butyl)2.5 (trifluoromethyl)2.8 (phenyl)2.2 (n-hexyl)0.75 (methyl ether)1.4 (carboxylic acid)2.0 (carboxylate anion)

Solution: In substituted cyclohexane compound there is torsional strain present between substituent…

3. Please convert the wedge-dashed structure to a chair conformation, flip it, and determine which chair is most stable. Please draw the chairs and substituents with the correct angles. Label each group axial (a) or equatorial (e). A-Values Measure the size of organic groups A-Value Group -H -F -CI -Br -1 -CN -OH -SH -NH₂ -NO₂ b. a. >< ts) CO₂H CN 0.00 (hydrogen) 0.25 (fluoro) 0.5 (chloro) 0.6 (bromo) 0.61 (iodo) 0.2 (nitrile or cyano) 1.0 (alcohol) 1.21 (thiol) 1.5 (amine) 1.1 (nitro) Group -CH3 -CH₂CH3 -CH(CH3)2 -C(CH3)3 -CF3 -C6Hs -C6H11 -OCH3 -COH -CO₂ A-Value 1.74 (methyl) 1.79 (ethyl) 2.21 (isopropyl) 4.9 (tert-butyl) 2.5 (trifluoromethyl) 2.8 (phenyl) 2.2 (n-hexyl) 0.75 (methyl ether) 1.4 (carboxylic acid) 2.0 (carboxylate anion)