874 Problem 9 of 20 Submit Draw the structure of the reactant needed to complete the Stille coupling shown below. Select to Draw Pd(dba)2, PPh3, CSF dioxane CH3 874 Problem 9 of 20 Submit Select to Draw Pd(dba)2, PPh3, CSF dioxane CH3 વ્ Version: 3.133.20 + 4998 production

== H3C H3C-I 8+ isopropoxide iodomethane a b + с CH3 K d + e Prelab Question #3 Homework Unanswered Which of the following is true when referring to Figure 3 above. Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. SN2 CH3 tö isopropoxide is the electrophile H3C transition state Figure 3. A typical SN2 reaction. iodomethane is both the nucleophile and electrophile there are no electrophiles in Figure 3 the lone pairs of isopropoxide make the molecule nucleophilic iodomethane is the nucleophile because it is accepting electrons CH3 -CH₂ + :1 H₂C ether product potassium iodide

Ochem question

q12 PLS HELP VERY URGENT, NO EXPLANATION REQUIRED

Synthesis 2,3,4,5,6,7 − Hexahydro − 1H − Indene is categorized as an unsaturated bisiclo compound, following its structure: a) Draw the reaction mechanism aboveb) Draw the structure 2,3,4,5,6,7 − Hexahydro − 1H − Indenec) Suggest the preferred solvent in the above reaction and why

Draw the structure of the following molecules

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Solve 65 66 67

4. (40 pts) Provide the bond line structure and IUPAC name for the major organic product obtained in each step: HBr (1R, 2S) 1,2,2-trimethyl- ---------> A 6-phenylcyclohexanol KOtertBu HOtertBu HBr peroxides Mg ether ethylene oxide H₂O B > C D E Product Bond line structure IUPAC name