Acetyl chloride can react with water, in acidic, basic or neutral medium to form acetic acid as a major product. The carbonyl carbon is highly elctrophillic in nature due to electronegative chlorine attached to it.
Acetyl chloride on reaction with ethanol forms ethyl acetate as major product. Here, ethanol act as nucleophile while acetyl chloride act as electrophile in nature
On similar lines acetyl chloride react with cyclohexanol to form cyclohexyl acetate as major product.
Acetyl chloride does not react with sodium chloride.
Acetyl chloride react with isopropyl amine in presence oof triethyl amine (cat) to form the given amide. Triethyl amine is used to trap the HCl generated in the reaction.
write the reactant and product for following transformation, thank you Naci
4. pushing mechanism for the following synthetic transformation and write in the product. You Write an arrow should show relative stereochemistry in your intermediate steps. (20 pts) Br2 CH3 + enantiomer Et Syn or Anti addition? Syn or Ant Gircle: E or Z Write mechanism below:
Identify the missing reactant, reagent, or major product required to complete the following transformation. Also identify whether it is a nucleophile or an electrophile 1, Hg(OAc)2/THF/H2O 2, NaBH4
Write down the major product(s), or the other reactant(s) and/or the reaction conditions, for the following reactions: OEt 1) NaOH, H2O, A 2) H30+ 3) A Write down the major product(s), or the other reactant(s) and/or the reaction conditions, for the following reactions: AICI: + CH3CH2CH2C1 heat Write down the major product(s), or the other reactant(s) and/or the reaction conditions, for the following reactions: AICI: + + Heat CH3 CH3 ОН Write down the major product(s), or the other reactant(s)...
Write down the major product(s), or the other reactant(s) and/or the reaction conditions, for the following reactions: HT + HO OH Write down the major product(s), or the other reactant(s) and/or the reaction conditions, for the following reactions: EtoNa wi EtOH Heat Write down the major product(s), or the other reactant(s) and/or the reaction conditions, for the following reactions: NaBH(OAC) 3 + (CH3)2NH H+
Write down the major product(s), or the other reactant(s) and/or the reaction conditions, for the following reactions: 1) NaN 3 2) LiAlH4 OTS 3) H30+ Write down the major product(s), or the other reactant(s) and/or the reaction conditions, for the following reactions: HBr 50° C Write down the major product(s), or the other reactant(s) and/or the reaction conditions, for the following reactions: Br2 H НОАс
This scheme shows the correct transformation (reactant to product) when conducting the reaction shown. 1) LDA (1 equiv) THF OH ОН 2) Br True False
(1) Mechanism. Draw the mechanism explaining the following transformation of the reactant into the observed major product over this two-step reaction. Identify the structure of the mystery intermediate at the completion of Step 1 that must be accessed to make the final product after Step 2. Make sure to use appropriate arrow-pushing notation to depict the movement of electrons and bond breaking and formation. Show proper geometry, bond lengths, angles, etc. in each reactant, intermediate, and product. (16 pts) NaOEt...
Please write legibly and show all work. Thank you. 3. Identify the missing reagent(s), reactant(s) or major product(s) required to complete the transformations shown below. Clearly, show stereochemistry when required. (Pay attention to the direction of arrows). (1 point each) 1. BH,, THF 2. H2O2 , ??? KMnO4/H 2. 2. 2Cl2 CCL H2/ Lindlar catalyst CH212 Zn (Cu)
Provide the major product for the following reaction? NaCI, DMF
please write the major product for these problems and explain why. thank you in advance ! U Delete Spam ... 7 Which reagent can cause the following transformation ? Page 3 нсон Hc OH A) KC0 B) NaBH: C) LAH. D) HNO; 8)Reaction of ethylmagnesium bromide with H2CO (formaldehyde) followed by treatment with A) a primary alcohol B) a secondary alcohol C) a tertiary alcohol D) an ether water gives 9) Nickel has 10 valence electrons. The formula for Nickel...