Q: i CN OEt 1. NaOH, H₂O 2. H 3. dilute H+ Ph 1. NaOEt, EtOH 2. H₂O, H+, heat

Q: HO HBr 1. Н B 2. H3O* H. Mg C A Et,0

A:

Q: 1. Mg Br 2. Br

A: The reaction given is,

Q: OCH3 AICI3

A: The reaction given is,

Q: Provide the major products for the following reactions?

A: in nucleophilic substitution reaction nucleophile attacks on electophilic center and form  new…

Q: 3. Give the reactants for the following products. а. H- -H b. CH,CH, Br с. CH3 H;C. Br HBr

A: Reactants of following products

Q: (d) Propose a reaction mechanism to account for the following reaction. AICI3

A: In this question we have to tell the mechanism of the given reaction.

Q: Provide

A:

Q: Provide the necessary sequence of reactions to generate the products below from their respective…

A: Step 1: In the first step, the methyl cyclopentane undergoes monochlorination in the presence of…

Q: Identify the mechanisms by which each reactions above proceeds from the choices listed.

A: The rate of unimolecular nucleophilic substitution reaction depends only upon the concentration of…

Q: OMe 1. NAOMe 2. H3O+

A:

Q: Ph OH OH OH Ph OH OH

A: The question is based on the concept of organic synthesis.We need to synthesize the product using…

Q: Give the major products or reagents represents in the following reactions:

A:

Q: LOPH N° NaH Но. Ме Phi `CI 1% Ir{dF(CF3)ppy}2(dtbbpy)PF6 3% Cu(OTf)2 7.5% 1,10-phenanthroline blue…

A:

Q: CH,CH;CH;OH OH e. warm HCI SOCI, Ph он Н.С H.C CI NaOH &.

A: Given reactions,

Q: d. HO, CO2H 1. LIAIH4 2. H3O* е. HO, PCC f. OH PPH3

A: Predicting Reagent , Product for the multiple Organic Transformation.

Q: 4A1 Give the major products of the following reactions and explain +

A: This is an example of Diels-Alder reaction. In this reaction one molecule behaves as a diene while…

Q: H₂C" Br CH3 œ CH3 OH Br. OH OH De 1. TsCI, Et3N 2. NaOCH3 DMF, 100 °C NaOCH 3 HOCH 3, 70 °C aq. NaOH…

A: In the presence of strong base, elimination proceed via E2 mechanism. for E2 mechanism, H and…

Q: c) CH;CH2OH он d) H* H `OH e) CH3CH2OH (excess H*

A: Answer:- These question are answered by using the simple concept of chemical reaction of carbonyl…

Q: Cl2 -G CH2CI2 NANH2. А CH3B H20 C Na (b) CH3-C CH В NH3(1) D H2SO4 HBr E H2O2 H2 F Lindlar

A:

Q: a) b) H3C C. O O O O O OEt OEt H NaOEt EtOH + Br NaOH H₂O Br O EtO OEt O NaOEt EtOH O I `H H. I CH3…

A: All are mechanism based. Detail mechanistic pathway is given below

Q: Brap-Br Br OH

A: The product of this reaction is bromoalkane. The reaction proceeds via inversion in stereochemistry.…

Q: ethanol HSO, (cat) HO.

A: Carboxylic acid reacts with Ethanol in presence of dil.Sulphuric acid  gives an ester with removal…

Q: 9) Provide the major product(s) of the following reaction and the corresponding mechanism. NH₂ HNO3…

A: In given reaction is nitration reaction in which No2 favor meta position rather than ortho

Q: HCI D NaNH2 CH3-Br 2 eq H2/Pt В (a) CH3-CE CH - A C H2 E Lindlar

A:

Q: HBr А NaCN B HCI/H20 C SOCI, D. E H2O2

A: When alkene reacts with alkyl halide in presence of H2O2 , it follow anti-markovnikov's rule.

Q: 0 K N₂ A H₂O Asco COH

A:

Q: show the calculation of the expected pH of the solution in beaker 3 after the addition of 20 mL of…

A:

Q: 2 equualents of CH3CH2MGBV BrZ

A:

Q: CH3 a) CH;C=CH, + HCl → CH3 b) CH;C=CH2 + HBr CH3 H+ c) CH;C=CH2 + H2O CH3 H+ d) CH;C=CH, + CH;OH

A: Applying concept of organic synthesis.

Q: Provide the products for the below reactions: HgSO4 H,SO4 ВНЗ, ТHF H2O2, OH", H2O

A: HgSO4 and aqueous dilute H2SO4 is used for alkyne hydration. Alkynes hydration is much harder than…

Q: Provide the major organic product(s) of the reaction shown below. H₂C CH3 HNO3, H₂SO₂

A: Concept used : Nitrogroup attacks on that ring where there is more electron density

Q: Account for the difference in the products of the following reactions

A:

Q: Provide the major organic product of the reaction below. HBr

A:

Q: но осн 1. b. CI CI H DMSO HO, 2. NET3 C. of PPH3

A: Hemiacetal deprotection Swern oxidation Wittig reaction

Stoichiometry

Stoichiometry is a chemical division that evaluates the quantitative content of the chemical process with the help of the reacting molecules or products taking part in the reaction. The term “stoicheion” in “Stoichiometry”, is an old Greek term for "element" whereas “metron” means "measure".