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Question 9 (16 pts.) Give a multi-step synthesis of the(target molecules on the right from the starting molecule the left. this can not be done in one reaction. Give reagents and conditions and the intermediate molecules at each step. Do not show any mechanisms or transient intermediates. To preview image: Click Here  

To preview image: Click Here Question 5. Determine the reagents and conditions to perform the following transformation in an INDIRECT reductive amination reaction.    

Question 8 (20 pts). Give a curved arrow pushing mechanism for the following two reaction.1) Add non-bonding electrons and C-H bonds to the line-angle structures as required.2) Indicate the Lewis acid/Lewis base (LA, LB) at each INTERMOLECULAR step as appropriate, and whether they are also Brønsted acids/bases (LA/BA, LB,BB)3) YOU DO NOT HAVE TO DRAW RESONANCE CONTRIBUTORS for intermediates4) Show where ALL protons come form and go to, no abbreviated +H+/-H+ notation To preview image: Click Here  

The following reaction summary is provided for you. You are NOT ALLOWED to use your own summary on paper, and especially any other reaction summary for this test.    

To preview image: Click Here Question 6. Determine the major organic product of the following reaction  

To preview image: Click Here Question 3. Rank the nonbonding electrons on the nitrogen atoms in structures I, II and III in order of increasing basicity. I is an amine, II is a nitrile and III is an imine, but you don’t need to know anything about the chemistries of these 3 functional groups to answer this question.  

A 5-month-old infant is ordered acetaminophen q6h for a high temperature. The usual adult dose is 325 mg q4-6h. The available acetaminophen is 160 mg/5 mL.What volume of medication should the infant receive every 6 hours?

How many g of dextrose are supplied in 500 mL of D10W?

How many mL of 0.2% solution can be made by adding water to 250 mg of medication?

One way to calculate BSA is by using a