Provide a reasonable yet detailed mechanism for BOTH of the following transformations. Show all key resonance...
Page 4 Propose reasonable syntheses for the following compo compounds and using any other necessary organic intermediates formed to receive full credit. Assume separated. ng compounds beginning with the indicated organic or inorganic reagents. Show all sume any isomers formed can easily be [3% +6% marks] c. Provide any required reagents and give the stru following synthetic scheme. If more than one reaga steps. ve the structures of the intermediates in the one reagent is required, please number the Bra,...
b. Page 4 (Question 4 continued) Propose reasonable syntheses for the following indicated compounds and using any other necessary orga Show all intermediates formed to receive full credit ÇO2H I NO₂ for the following compounds beginning with the ng any other necessary organic or inorganic reagents. CHE SO3H OCH2CH3 [3% +6% marks] c. Outline the synthesis of the following compound using either the aceu meester synthesis method. Draw the structure of the starting material and show all intermediates, reagents and...
Give a detailed mechanism including all resonance isomers for intermediates (show electron flow) for the Friedel-Crafts reaction done in the lab. NOTE: It is likely the mechanism from reactants to only 1-t-butyl-2,5-dimethoxybenzene is on the blackboard in class. I want a complete mechanism showing all steps and resonance isomers for the synthesis of the dialkylated product!
1.) Propose a synthesis for the following general reactions. You may use any other organic or inorganic reagents needed. For each step, show the reagents used and the intermediate formed (Note: I do not need to see any arrow-pushing, only starting materials, reagents, intermediates, and the final product) a.) For each aromatic ring, you must start with a plain benzene. он он CI он
1.) Propose a synthesis for the following general reactions. You may use any other organic or inorganic reagents needed. For each step, show the reagents used and the intermediate formed. (Note: I do not need to see any arrow-pushing, only starting materials, reagents, intermediates, and the final product) a.) For each aromatic ring, you must start with a plain benzene. он он We were unable to transcribe this image
Provide a mechanism for the following reaction. Please show all intermediates and use arrows to show the movement of electrons. Propose a synthesis for the following compound. You may use any reagents needed. Complete the synthesis in 4 steps or less (more than one step is needed).
51. Provide the detailed mechanism (arrows, intermediates, charges) for one of the following two reactions. (8 marks) OR H20 52. Draw the resonance structures for each of the following compounds. 13 marks] 3 marks] [3 marks] 14 marks) 53. Draw the lowest energy Newman projection of the following molecule along the bond indicated by the arrow. Assume the Bromine is the largest group on that atom. [3 marks] Br Draw Newman projection looking at this bond Br 54. For the...
1) Provide a detailed electron pushing mechanism for the below transformation. Show ALL relevant resonance structures to help explain why the para product is the major organic product. (Note: your electron pushing mechanism should include formation of the electrophile) (4 points) Cl AICl3
3 Propose a mechanism for the following reaction. Show all steps Show all nonzero formal charges Show all important resonance forms of intermediates Use curved arrows to show electron flow н* NH Ph сн,осн, Hо Ph CH,осH, COCHS CHEGCHS CHyait Ph Ph Ph CHZOC WH3 4. Propose a synthesis of 2-butanol (CH;CHOHCH;CH3) starting with ethanol (CH,CH:OH) as your only source of carbons in the product. You may use any other reagents or solvents as long as they do not contribute...
Show lone pairs on all appropriate atoms and the proper flow of electrons. (1) Mechanism #1: • Predict the products of the following reaction under different temperature conditions. • Show the mechanism for how the two products are formed at different temperatures (include resonance structures if appropriate). • Label the kinetic product and the thermodynamic product. (5 points) -80 °C + HBr 40 °C (2) Predict the product and show the complete mechanism for the following reaction. • Make sure...