major products formed by substitution (Sn1and Sn2) Answer all 4 questions for a total of 100 points. An additional...
b) Give the major product formed by the following S1 substitution reactions: (8 points) Me NH H Da HO e heat OH c) Give the major product formed by the following Syl substitution reaction and the mechanism for its formation: (9 points) te chot CH₂OH,
5. a) Give the major product forme "oduct formed by the following S2 substitution reactions: (6 points) La CryCILSH U. KON I equivalent b) Give the major product formed by the following S1 substitution reactions: (6 points) MeNH OTS c) Give the major product formed by the following Syl substitution reaction and the mechanism for its formation: (9 points)
5. (4 points) Draw the configuration(s) of the substitution product(s) that will be formed from the following reactions. (Hint: decide if the substitution will follow an Snl or Sn2 mechanism first.) CH2CH2CH3 will + NH3 H2C polar, aprotic solvent H.CL Br + CH 0 CH3 + CH,OH CH + CH OH Br 6. (3 points) Which of the following reactions will go faster if the concentration of the nuclcophilc is increase? Explain. H HECOH Br + CH20- + Br Br...
Please show the mechanism showing all possible substitution products. SN1 and SN2 only. Thank you. Determine the major substitution product(s) for each of the following reactions. In addition, please state the mechanism that is employed in the formation of each product. (8 points) Br NaOCH 3 CH3OH H20 Heat
2. For each of the chemical substitution reactions below identify the major products and whether the reaction is likely an SNI or SN2. Br NaCN ethanol-water CH,OH /H,0 Nal (1 equiv) acetone CH,CH,OH 25°C 3. For each of the following compounds provide appropriate reactants and solvent systems to synthesize them by a substitution reaction. Show which type of substitution: Syl or SN2. SH
E to H please I. Predict the major organic product formed in the following reactions a) o KOBut HOBut b) KOBut HOBut öt CH CH; CH_CH CH KCN Acetone н d) solvent alkyl halide nucleophile CH e) H -Br KOBut HOBu' Br- -H CH f) Br CH,CH OH two products formed ♡ + CHI h) Br NaOCH3
"Complete the reactions showing all Major Products, both substitution and elimination, that can form based on the reaction conditions. Be sure to show stereochemistry where appropriate. Fill in each table with reaction conditions." w upiete the following reactions showing all products, both substitution and elimination, that can form, then circle the MAJOR Foduct(s). Under each reaction, draw the step by step mechanism showing how each porduct is formed. Show or indicate stereochemistry where appropriate. Fill in each table with reaction...
i need help with these but alkene is the major product formed from each alkyl halide in an El reaction? CH Br CHE Considering the requirement of an anti-periplanar geometry, what E2 product(s) is/are formed from each starting material? Note: Deuterium (Atomic Symbol: D) is one of the two stable isotopes of hydrogen."It nucleus contains one proton and one neutron, whereas the nucles of the more common isotope, protium, contains only one profon. The heavier version of hydrogen can undergo...
8. [18 pts) Provide the expected organic product(s) from each of the reactions below. Ignore the stereochemistry. No mechanism required! (3 points for each organic product, switching the major and minor will be penalized) a. Major: NaOCH; E2 Br b. Major Minor OH E2 Br 3 products in total CH,OH ΕΙ 6. 19 pts] For each of the following reactions, give the organic product(s), and include the stereochemistry when applicable. No mechanism required! (3 points for each organic product) a....
4. [12 pts] Propose mechanisms for the formation of all 3 products shown in the reaction below: (draw curved arrows, intermediates, and resonance structures if necessary. NO NEED FOR TRANSITION STATES! CH CH CH CH Br Heat CH,CH,OH OCH.CH Mechanism.14 points) Mechanism 2 points) Mechanism.3 14 points) 5. [14 pts] Provide the major products of reacting the alkene shown in the middle of the scheme below with all the reagents independently. Draw the products' structures in the corresponding table below...