9. For each of the following, draw the structure of the product resulting from the reaction...
Draw the ammonium salt formed in each reaction. All atoms should be drawn Reaction A Modify the structure to give the product of reaction A Draw the counterion More Select Draw Rings Erase CL C Н N НС CH CH НС H2 НС нс НС. CHз N н N CH H CHз сH, CI Modify the structure to give the product of reaction B Draw the counterion Reaction B Erase More Rings Draw Select N Н н, Н, сн, H2...
(methyl shit) CH, 20 carbocation Draw the reactant and major product of each of the following reactions, also indicating your reagents. ) a) Complete hydrogenation of ethyne, C2H2. CHE 250 HW- Ch 7-8-ALKENES-SYNTHESIS & REACTIONS b) Hydration of 2-butene OH c) Addition of HBr to propene: d) Reaction of 1-butene with HBr/HOOH: e) Reaction of 2-methyl, 2-butene with: 1) BHs; 2) H202, HO
College Chem I CHE 132 Alcohols, Aldehydes, & Ketones Draw the structure of the product for each reaction. Name the reactant and the product. + Hz OH ciH 2 netng gelopentanol +HNi Ciy CHy c) CCyC нос 180 Ho e) CH5-CH-CH- PE CHS CAS u-Ca-aes CHS
3. Complete each of the following reactions. Draw the structure of the organic product or products in the space provided. Show stereochemistry if appropriate. (3 points each) SN2 reaction (a) (CH3)CHCH2Cl + NaCN Sn1 reaction (b) (CH3)CHCH,CI + NaCN (C) M Sn2 reaction ¢l + NaOH - ACH. E1 reaction (d) (CH3)3CCH,OH + HCI major product Ez reaction Cl + NaOH - LCH3 н Ereaction Cl + H20
Give the structure of the major organic product(s) for each if the following reactions (or reaction sequences). Show all hydrogens when they are critical, e.g. for aldehydes 3. Give the structure of the major organic product(s) for each of the following reactions (or reaction sequences). Show all hydrogens when they are critical, e.g. for aldehydes. Hot 3 O + Brz Born b. 2 8Hz WH2 + CH₃ CH-C-0H - So A 70 DE CH2 Br 0 Hz cat per B...
Draw the structure(s) of the major organic product(s) of the following reaction. Additions to aldehydes and ketones. CH 1. excess LiAIH4 dry Et20 2. aqueous HCI
Draw the structure(s) of the major organic product(s) of each of the following reactions. Be sure to indicate stereochemistry when it is relevant. CH3CH2 H CH2CH3 (15) 5 CH2CH3 CHE CM H3PO4 H C H CH₂ CH3 (E1) CH3 CH₃ CH2 Pou-Y CH3CH2, H HOBCH2CH3 Na+OCH2CH3 CH₃ nov (12) x CH3 (15) d. en Ha CH OCH₂ CH₂ - 4 CH CH₃ -9 CH₂ CH2
Draw the structure of the MAJOR ORGANIC compound formed in each reaction. Assume the reactions have been terminated and neutralized. a. Ethyl acetate NaOEVEtOH b. EtO C-CH2-CH2-CH2-CH2.CO2Et NaOEU/HOEt Ph-C(O)-CI c. (HaC).CH-CO2Et LDATHF + HO. d. Ethanal Ph-C(O)-H Ha0* (cat) e. Acetone + H2C O + Et NH f. Triethylamine HBr/H2O g. Ph-C(O)-NH2 + Br2 4 NaOH h. (H,C)2CH-C(CH)2 + N(CHs)s HO i.Ph-N2, Cl- CuCN- Na/E1OH HaO* (cat) j. cyclohexanone H2NOH Pd(OAc)2 (1 mole%) k. Ph- 4-O2N-CeHe-HC=CH2 Cul/Pd(PPhale L.HO-CH2-CH2-C-H1-CH-CH-(CH2),-CHg
Draw the condensed structural formula, or skeletal formula if cyclic, for the product in each of the following reactions. A.) CH3−CH=CH−CH3+HOH⟶H+ B.) CH3−CH2−CH2−CH=CH2+H2⟶Pt
11.34 Draw the condensed structural formula, or skeletal formula if cyclic, for the product in each of the following reactions: a. CH3 -CH2-CH=CH, + HOH H, Pt b. cyclohexene + H2 CH3 c. CH3 -C=CH-CH2 – CH3 + HOH HT,