The above reaction is Represented as :
Consider the oxidation of cyclododecanol to cyclododecanoneusing hypochlorous acid to answer the following questions. (a)What is...
Oxidation of Cyclododecanol Reagents used: • Cyclododecanol: 0.50 g • Acetone: 1.2 mL • Acetic acid: 0.4 mL ~ ADDITION OF BLEACH 4.5 ML ~ AN ADDITIONAL 0.4 ML BLEACH ADDED Weight of flask: 36.00g Weight of flask and Cyclododecanol: 36.78g. Weight of Cyclododecanol: 36.00g - 36.78g = 0.78g of Cyclododecanol Is this correct? Please explain. Would the limiting reagent be cyclododecanol? Is this correct? Please explain. What is the percent yield? Please explain. What is the theoretical yield of...
1. Consider the oxidation of thiosulfate (S2032-) to sulfate (SO22) and the reduction of hypochlorous acid (HOCI) to chloride (Cl). a. Write the oxidation half-reaction. b. Write the reduction half-reaction. c. Write the overall balanced reaction. d. Determine the number of electron equivalents per mole for HOCI in this reaction.
Consider the reaction of 2-methylpropene with BH3 followed by oxidation, and answer the following questions: The B-H bond in BHz is (Select] 4. The Hydrogen atoms have a (Select] charge, and the Boron atom has a [Select) * charge. How many molecules of 2-methylpropene can add to one molecule of BH3? [Select] Does the reaction proceed to produce the Markovnikov product? [Select] > The product of the reaction belongs to the [Select] functional group class. Choose the name of the...
Answer the following questions for titration of 10.00 mL of a hypochlorous acid solution with a 0.09975 M sodium hydroxide. 1. If 20.05 mL of the sodium hydroxide solution were required to reach the endpoint in the titration, what was the original concentration of the hypochlorous acid solution? 2. What was the initial pH of the hypochlorous acid solution (before any sodium hydroxide was added)? 3. What was the pH in the titration after addition of 4.01 mL of NaOH?...
Post Lab Questions what is the purpose of glacial acetic acid in this reaction? (5 points) 2. How does KI-starch paper work? What is the source of the dark color 3. What is the purpose of adding saturated aqueous sodium bisult What reaction is taking place? Write out the bar my saturated aqueous sodium bisulfite to the reaction mixture? is taking place? Write out the balanced equation for this reaction. Why do you e kl-starch paper test after adding the...
Consider the following reaction and answer the following questions (use oxidation states to decide). CaO(s) + H2O(l) ⟶Ca2+(aq) + 2OH-(aq) i) Is the reaction a redox reaction? _________ [Enter: Yes/No] ii) Species getting oxidized: _________ iii) Species getting reduced:_________ iv) Oxidizing agent: _________ v) Reducing agent: _________ If none, write none for each entry.
1.
Consider the following reaction below to answer the following
questions. As indicated by the carbon numbers, during this reaction
the bond between the nitrogen atom and carbon 1 is broken and a
bond between the nitrogen atom and carbon 2 is formed. PLEASE
ANSWER ALL PARTS.
I. Consider the reaction below to answer the following questions. As indicated by the carbon numbers, during this reaction the bond between the nitrogen atom and carbon 1 is broken and a bond...
please explain why
g. Consider the following reaction to answer the questions below. (4pts each) MC CH3OH A) The reaction is likely to proceed via an mechanism. Circle your choice Sw1 S2 E1 E2 B) Would the rate of this reaction increase by switching the nucleophile to CH,O-? YES I NO (Circle one) C) In this reaction, the stereochemistry of the carbon bearing the leaving group would undergo RACEMIZATION / INVERSION / RETENTION of stereochemical configuration (Circle one)
Question 1: Consider the following oxidation-reduction reaction: I−(aq)+Cu+(aq)→IO4−(aq)+Cu(s) A: What are the initial and final oxidation states of iodine? B: What are the initial and final oxidation states of copper? C: What element is reduced? D:What is the reducing agent? E: What element is oxidized? F: What is the oxidizing agent? G: Give the atom- and electron-balanced oxidation half-reaction occurring in acidic solution. Express your answer as a chemical equation. Include all phases. H: Give the atom- and electron-balanced reduction...
Question 4 2 pts Use the following to answer the questions below: For each set of reactants, select a correct product characterization from the response list. Responses may be used more than once or need not be used at all. a) hemiacetal b) acetal c) alkene d) alcohol Ketone, two alcohols, acid catalyst Question 6 Use the following to answer the questions below: Characterize each compound in terms of functional groups present using the response list. Responses may be used...