Chemistry Use the table to identify which mechanism is favored by each factor and the overall factor that is favored. Also, what is the expected product?

Q: 46. Which mechanism(s) would be favored under the following reaction conditions? -CI NaBr DMSO A)…

A: The substrate is a haloalkane and NaBr salt can dissociate to form Br- ion. This Br- can act as…

Q: Solvolysts ~predictall possible products for this svotverysus Teaction. Show the mechanism, and…

A: The given reaction condition is E1/SN1. In this removal of bromide ion in the rate determining step…

Q: a. C. HO CI NO₂ H HNO3 H₂SO4 Br₂ FeBr3 CI AICI3

A: All the three reactions have same mechanism ,1st one is nitration ,2nd one is chlorination and third…

Q: CCHCH3 CH30 H3CH2C е. CH2CH3 CH3OH

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Q: Which of the reactions has a product that is thermodynamically stable compared with the reactant?

A: Thermodynamic stability can be represented as ∆G0. Depending upon the value of ∆G0, it is possible…

Q: Is this the correct mechanism? If not, what is the correct one?

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Q: CF3 NH₂ N ม. ผ Br

A: The given reaction is simple nucleophilic substitution reaction.

Q: NBS -> hr

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Q: The equilibrium constant for reversible reactions is equal to  a) [Products]/[Reagents] [Reagents]…

A: Equilibrium constant is equal to ratio of concentration of product to ratio of concentration of…

Q: b. dry acetone . + OH

A: The product formed is 1-methylcyclohex-1-ene.  Mechanism: The hydroxyl ions abstract the alpha…

Q: Which cycloaddition reaction will proceed the FASTEST? Select one: `CHO OHC. Lons CH3 CHO

A: The given reaction is a Diels Alder reaction where substituted alkene (dienophile) reacts with the…

Q: Draw the structure for the transition state in each reaction. (see the attachment)

A: The transition state is formed during the conversion of reactants into products in the chemical…

Q: Draw the energy diagram for the reaction below showing the transition state (s)

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Q: EIO OEL H;O" NaOEt, E:OH heat

A: When But-2-en-1-al react with diethylmethanoate in the presence of base , it occur by aldol…

Q: CH,-C-0-CH, + Figure 39 t (s) II CH-C-CI + A CH-NH2 CH-C-NH-CH, + HCI H* B CH-C-OH + CH-OH H20 он CI…

A: A nucleophile is a nucleus loving species. An electrophile is an electron loving species. A good…

Q: 미 ㅇ >06-H - -> yfoot '애 옙 2 →>> 0 -OR 0 0 0 -OR - OR -OH (A) (B)

A: what is the correct mechanism given?

Q: correct

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Q: The step 1 and 2 of the mechanism is done and provided with the question. Please draw the step 3,4…

A: Draw the mechanism for the reactions below (include lone pairs on all structures; do not explicitly…

Q: Br NaOCH3 CH3OH Br NaOCH3 CH3OH

A: NaOCH3 is a strong nucleophile and base. So, it will undergo a second order mechanism. It is not a…

Q: How is this incorrect and what is the correct mechanism?

A: Given : We have to tell what will be the correct mechanism.

Q: `N مونه CI (excess)

A: Acylation of amines: Primary and secondary amines containing replaceable hydrogen atoms react with…

Q: OH CI K2 Co, OH OH CH3 CH0. CH3 NH, OCHS OCH3 CH3 00C. COOCH3 Na H COOCH3 DMF

A: Detail mechanism is shown below

Q: 4. Determine the products of the following sigmatropic rearrangements. heat heat

A: The sigmatropic rearrangement reaction is type of pericyclic reaction.

Q: SN1 Br + H20 -ОН + НВr SN1 Br + H20 -ОН + HBr

A: In SN1 reaction, 1st step is dissociation of the leaving group and form carbocation.  Then…

Q: How do you tell which product is kinetic vs thermodynamic based on their strain energy?

A: Generally there are two types of reaction  1. Thermodynamic controlled reaction  2. Kinetic…

Q: -C=C- 2 eq. Br₂ CC14 Br2 CH₂Cl2 Br2 H₂O CH₂I2 (CH3CH₂)2Zn

A: These are basically addition reaction in alkene which takes part in addition in anti fashion. When…

Q: tautomerization HO-

A: Given : We have to draw the keto-enol tatutomerization product.

Q: Draw the final product of this series of reactions. |||** OH 1. SOCI₂ 2. NaCN • Use the wedge/hash…

A: In presence of SOCl2, the given compound undergo SNi mechanism , there will be retention of the…

Q: 40. Consider the following reaction: H* + + H;02 - H20 + HOI A student proposes the following…

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Q: ......

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Q: Determine the first step of this mechanism.

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Q: Draw the energy diagram of this mechanism and label it

A: (CH3)3CBr + H2O ----> (CH3)3COH + Br-  +     H+ Above reaction follows Sn1 mechanism where…

Q: Consider the mechanism shown here: 2 NO → N202 N202 + H2 + N20 + H2O (slow step) N20 + H2 + N2 + H20…

A: The given reaction mechanism has three steps, out of which the slow step generates intermediate…

Q: Br -OK ELOH 3.

A: Note:According to our guidelines we are supposed to answer only one question. Kindly repost other…

Polymerization Kinetics

Polymerization is a chemical process in which one or more monomers combine to produce a very large chain-like molecule called a polymer. The functional groups present on the monomers and their steric effects are responsible for polymerization through a sequence of reactions that diverge in complexity. There exists a stable covalent chemical bond between monomers that sets apart polymerization from other processes. Polymerization is generally classified into step-growth and chain polymerization. Polymers are categorized into linear polymer and cross-linked polymers that are produced either by condensation or additional polymerization.