CHEM 222 Lab 7

(neutralisation reaction) use the given guidelines to solve this question

Predict the products/intermediates of the following nucleophilic substitution reactions. ... NaN3 Ph acetone intermediate DCM, rt (2 products) Br PHSH (2 products) OBoc PhMgBr CuBr OMe

None

Subject-- chemistry

denydrati O elimination, HBr dehydrohalogenation, HCI QUESTION 29 What is the mass of the organic fragment of 2-chloro -3-phenyl-prop-1-yne? 150 amu 77 amu 115 amu 126 amu 116 amu QUESTION 30 In an SN1 experiment similar to the "SN2Competition Experiments", four alkyl halides several days to give each reaction time to go to completion. The starting alkyl halides are as follows: A. 2-chlorobutane + H20 B. 2-bromobutane + H20 C. 1-bromo-1-phenylmethane + H20 → D. 1-bromobenzene + H20 → E. 2-bromo-3-methylbutane + H20 → The products were separated and identified using gas chromatography. The peak of wh O A Click Save and Submit to save and submit. Click Save All Answers to save all answers.

Macmillanne Bed Chapter 86 Question 7 of 14 View Policies Current Attempt in Progress eTextbook and Media Identify reagents that can be used to achieve the following transformation: Save for Later How To Write Biolo... O 1) NaOH, 2) RCO3H, 3) H3O+ O 1) Conc. H₂SO4, heat, 2) RCO³H, 3) H³O* O 1) Conc. H₂SO4, heat, 2) OsO4, NMO O 1) NaOEt, 2) OsO4, NMO > F1 F2 Type here to search OH OH 8- & ▶/11 a Amazon.com 150 E... F3 F4 04 F5 OH Attempts: C F6 PrtSc

33) Complete the following reactions H₂ Wilkinson's catalyst H₂ Ni₂B H₂/Pd Lindler catalyst H₂ Li, Liq. NH3, -78 C NH4Cl

jlpa

You are planning to carry out a reaction between propyne, CH3C≡CH and sodium amide, NaNH2. You also need to choose an appropriate solvent for carrying out the reaction. Would ethanol be suitable for this purpose? Explain your rationale clearly.

20:24 : ●●● E) 03 12. Fill in the box with the major organic product of the first step of the reaction shown? The first step of the reaction shown is an exhaustive methylation and is one of the SN2, SN1, E2, or E1 reactions. Another piece of information about this full reaction, the second step proceeds via an E2 mechanism. xs CH₂l 13. What is the name of the reaction in the previous question? A) Swern Oxidation Hofmann Elimination ABCD Ag₂O, A Cope Elimination Williamson Ether Synthesis Send a chat O

This reaction does not follow the expected theory. Given what you know about substitution/elimination, what is the expected mechanism this reaction should follow? Suggest why that is not what happens and give the actual product of the reaction. Br ткон s

Please help me with this question, it's urgent The reaction shown below does not follow the expected theory. Given what you learned about substitution/elimination, what is the expected mechanism this reaction should follow? Suggest why that is not what happens and give the actual product of the reaction.

In the reaction between vanillin and para-toluidine (imine formation) the product is an imine and... оа. water O b. Carbon monoxide О с. NABH4 O d. Carbon dioxide

20:32 hydroxide 2. Using curved arrows, show the deprotonation mechanism of phenol with (OH). Also, provide the structure of the product of this deprotonation. Start answering this question by drawing the structure of phenol. Then hydroxide ion. Find your most reactive electrons and draw the curved arrow that shows where they would go to deprotonate phenol. Then "make a bond break a bond" write they question 3. Provide valid resonance structures for the product of the previous arrow(s) charge moving onto the ortho- and para positions. Use curved to show how the charge resonates to the next structure in your scheme. all the proper notations for depicting resonance. that show the in the structures Be sure to use Send a chat C

Unknown Observations after addition of Bromine water An experiment was run similar to the experiment described in the Hydrocarbon Reactions Experiment. The results of the experiments are given below: Observations after addition of Bromine water + UV light Time for Colour Change (sec) 1 colour remains yellow red colour immediately became clear 1 2 colour remains yellow red colour did not change 1800 3 colour remains yellow red colour rapidly changed to clear 320 The unknowns are either: benzene; t-butylbenzene; ethylbenzene; isopropylbenzene From the results identify the unknown. O Unknown 2 is t-butylbenzene. O Unknown 2 is benzene. O Unknown 2 is isopropylbenzene. O Unknown 2 is ethylbenzene.

Questions 1015MSC Chemistry of Biological Systems II 186403 1. What is the purpose of the concentrated sulfuric acid in the preparation of aspirin? 2. Anhydride means "without water". Suppose 1 M H₂SO4 were substituted for the concentrated H₂SO4. Would the yield of acetylsalicylic acid be increased, decreased, or unaffected by the substitution? Explain.

Use the following reagent table for the reaction of: cyclohexanol + H2 SO4 → cyclohexene Chemical MW (g/mol). Density (g/mL) mmols used Amount used cyclohexanol 100.16 0.9624 1.50 mL Sulfuric Acid 98.08 1.83 1.00 mL cyclohexene 82.14 Based on your answers in the previous two questions, identify what the Limiting Reagent for the reaction is:

Good evening to whom it may concern, Please answer the question correctly, please do not show any work just the answer please and thank you,  please post answer in 10 mintues thank you

1. A student chemist in an attempt to synthesise compound B from the aromatic aldehyde. Use the flow equation to answer I and II .Image attached below I)Predict the chemical name of compound B II)What is the reaction name for the chemical transformation of A to B

Chapter 10 Worksheet W24 1) 4-bromo-2-chloro-5-methylhexane was dissolved into a jar of methanol. A sample was run after 1 month and 1 year. Write a reaction formula that shows the product of each step. (I.E. ABC with needed reagents and conditions) 1-year Product 25 1-Month Product 3.0 2.0 2.0 1.0 7

Question 18 8f 20 Predict the major organic product of the reaction, and complete its mechanism. Predict the product. Select Draw Rings More C 1. NaOEt/ETOH 2. CH3CH,Br 3. dilute NaOH, heat 4. H3O* 5. Heat