The multi-step synthesis shown in the box below will be evaluated over the last several questions on the test. multiple steps H. https://ibb.co/HVSLHCZ 2 In the second and third steps of the synthesis, the alcohol (shown below) needs to be converted to a Grignard reagent. What reaction conditions would be appropriate for that transformation? Step 2: ? MgX Step 3: ? https://ibb.co/c2FSJqH 2 O Step 2: HBr, then Step 3: Mg O Step 2: DMP, then Step 3: Mg O Step 2: PBR3, then Step 3: Mg O Step 2: Mg, then Step 3: PBr3 O Step 2: Mg, then Step 3: SOCI2

The multi-step synthesis shown in the box below will be evaluated over the last several questions on the test. multiple steps H. https://ibb.co/HVSLHCZ 2 In the second and third steps of the synthesis, the alcohol (shown below) needs to be converted to a Grignard reagent. What reaction conditions would be appropriate for that transformation? Step 2: ? MgX Step 3: ? https://ibb.co/c2FSJqH 2 O Step 2: HBr, then Step 3: Mg O Step 2: DMP, then Step 3: Mg O Step 2: PBR3, then Step 3: Mg O Step 2: Mg, then Step 3: PBr3 O Step 2: Mg, then Step 3: SOCI2

Introduction to General, Organic and Biochemistry

11th Edition

ISBN:9781285869759

Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres

Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres

Chapter13: Benzene And Its Derivatives

Section: Chapter Questions

Problem 13.32P: 13*32 Black-and-white photography is a commercial process that involves a phenol. Black-and-white...

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What test can be used to differentiate starting material and end product in cyclohexanol oxidation experiment Bromination test O pH test 2,4-DNP test O Silver mirror test Question 3 During Grignard synthesis experiment, the Mg powder is grinded in the test tube using a glass rod for O breaking Mg metal into fine powder O Activating the Mg metal O for solubilizing the Mg metal in diethyl ether For all above reasons Question 4 Packing a capillary tube loosely with the sample will not impact the melting point analysis True False
How can you monitor the progress of a Grignard reaction? O Use TLC to monitor the concentration of magnesium metal. O Titrate the reaction mixture with nitric acid. Use TLC to monitor the consumption of the carbonyl-containing compound. O Add water and see if the mixture reacts with it. Question 2 What should you avoid allowing into the reaction mixture when preparing and using a Grignard reagent? Omagnesium Owater O organic solvents Oorganohalides
In the below reaction, the starting material functional group is [Select] do a/an [Select] [Select] This functional group, in the presence of the reagent, will reaction. The final product will be a/an 요 NADH H Based on the table below, the product will be [Select] 1 2 H₂C=CH2 OH 3 4 OH H3C-CH3 >
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Click the "draw structure" button to launch the drawing utility. Hint Draw the product formed when the following compound is treated with two equivalents of CH3CH,CH,CH,MgBr followed by H,0. Solution Guided Solution OCH draw structure ..
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QUESTION 5 Fill in the blanks and follow the directions to complete the 2-step synthesis given below. Use the Reagent Cabinet List to help you answer this question. Answers that require multiple reagents should list reagents in alphabetical order, separated by commas. R groups should be written out in condensed formula. Do NOT use superscript or subscripts in your answers. Reaction Reaction .CI Intermediate Starting Material Product Name the functional group found in the starting material and the product. Starting material: Product Recall your synthesis map. Name the functional group that appears in the Intermediate Product during this synthesis. Intermediate Product: Provide the reagent(s) needed for reactions A and B. Assume acidic workups if needed. Reaction A: Reaction B: