This is an E1 reaction, I am having trouble getting the products for it though.
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This is an E1 reaction, I am having trouble getting the products for it though. Part...
I don't know how to distinguish E1 and E2 reacions. For E2 reactions I have trouble with the transition state. These reactions need intermediate steps and transition states but not products. 1. (i) (2.5 points x 10-25 points) For the following elimination reactions Write bond-line structure of the substrate and the reagent Write full mechanism for the reaction transition state for E2, intermediate for El) and name the reaction either as El or E2; Write all possible products of the...
I am having trouble differing between Sn1, Sn2, E1, and E2 reactions. Please help me understand how to approach these problems. I've attempted to answer them, but I am not confident in my answers. Please show me how to get to the correct answer. 1. [is it A?] 2. [Is it C?] 3. [is it 3 and 4?] A) I B) II C) III D) IV E) I and II F) III and IV Predict the mechanism (S\2, E2, SN1,...
this is an organic chemistry synthesis question, and I am having a little bit of trouble getting started. Any help with the mechanism would be appreciated! thanks! 2. The following reactions are from an article published by Masamune and Sharpless in Science, describing stereoselective synthesis of hexose sugars. a) The following conversion requires two reaction steps, the second one being protection of a diol as a cyclic acetal. Draw a reasonable mechanism for the first step of this reaction (NaOH,...
i am having trouble with this question if anyone could help that would be great! CH 06 HW t Percent Yield 3 of 7 Constants Periodic Table The Haber-Bosch process is a very important industrial process. In the Haber- Bosch process, hydrogen gas reacts with nitrogen gas to produce ammonia according to the equation 1.79 g H2 is allowed to react with 10.2 g N2, producing 1.21 g NH3 3H2 (g)N2 (g)2NH3(g) The ammonia produced in the Haber-Bosch process has...
part D I am having trouble with. c) Rank the two halogens, bromine and chlorine, in order from best leaving group to worst? d) Based on you answer in part (c), do you think iodide is a better or worse leaving group than bromine. What does this tell you about the leaving group ability going from top to bottom in a group on the periodic table?
I am having trouble with part e. d) Rank the three halogens: iodine, bromine and chlorine, in order from best leaving group to worst? e) What does this tell you about the leaving group ability going from top to bottom in a group on the periodic table? Is this the same trend you found for the SN2 reactions
I am having trouble getting excel to calculate a chi Test. Does someone have an idea of how to use excel to calculate the formula?
The Answer for i is suppose to be 0.625, but I am having trouble getting that number Exercise 5.5. Consider the sample space S = {(x,y) € R2 : 22 + y2 <1}, with event space & suitably chosen, and with probability measure P determined by Area(E) Area(E) P(E) = Area(S) TT for E E E. Let X: S+R be the random variable defined by -1/2 if x < 0 and y 0, 1/3 if x < 0 and y...
I am having trouble with this reaction. Please show the complete reaction mechanism (with explanantions) for the following reaction: å berhent no no H30t heat * H0- 0H
Given the following hydroboration-oxidation reaction, draw the expected trialkylborane intermediate (Part 1) and the expected product(s) (Part 2). When drawing the product(s), include the correct stereochemistry. 1) BH3'THF 2)H202, NaOH, H2O 3rd attempt Part1 (1point) d See Periodic Table See Hint For the trialkylborane product, stereochemistry is not required Draw the trialkvlborane intermediate