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Solution for This question has multiple parts. Work all the parts to get the most points. For the reaction below: OTs KCN DMSO CH3 Draw the major organic…For the following reaction, draw the major organic product and select the correct IUPAC name for the organic reactant. If there is more than one major product, both may be drawn in the same box. When drawing hydrogen atoms on a carbon atom, either include all hydrogen atoms or none on that carbon atom, or your structure may be marked incorrect.7) Draw the condensed structure of the major and minor products for the dehydration reaction of 2-pentanol. 8) Write the chemical equation for the hydration of cyclopentene. 9) Complete the following reactions. If there is more than one possible product, draw both products and label the major and minor product.Draw the structure of the major organic products of the reaction. Erase Select Draw Rings More excess Br2 excess OH @ 2A. Draw the structure of the major organic product of the reaction below. B. Either the reactant (X) or the major organic product is missing from the equation below. Draw the missing compound. C. Draw the structure of the major organic product of the reaction below.

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2) Provide the structure of the major organic product of the reaction below. -CH3 Br2, H2O 3) Draw the major organic product generated in the reaction below. Pay particular attention to regio- and stereochemical detail. H, H20 dilute aqueous acid 4) Draw the major organic product generated in the reaction below.53) Draw the major organic product generated in the reaction below. Pay particular attention to regio- and stereochemical detail. 2. 54) Provide a detailed, step—by—step mechanism for the reaction shown below. HO 55) Provide a detailed, stepwise mechanism for the reaction shown below. CH30H SHORT ANSWER.What is the MAJOR product of the reaction shown below?? H2SO4 (cat.) H2O A 2,2-dimethyl-propan-1-ol B 3-methyl-butan-2-ol C 3-methyl-butan-1-ol D 2-methyl-butan-1-ol E 2-methyl-butan-2-ol 7. The product(s) of the reaction shown below are? Br2? CCl4 1 2 3 Br Br Br Br Br Br A Only 1 B Only 2 C Only 3 D Only 1 and 3 E 1, 2, and 3Draw the structure of the major organic product you would expect from the reaction of 1-bromopropane with NaNH2. • You do not have to explicitly draw H atoms. • Draw only the product derived from 1-bromopropane. Do not draw other organic by-products.

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Draw the major organic product of the reaction shown below. Learn this topic by watching Dehydration Reaction Concept Videos All Organic Chemistry Practice Problems Dehydration Reaction Practice Problemsa) Draw a structure for the organic product. b) Assuming that halogens add to alkynes in the same manner that they add to alkenes, write a mechanism for the reaction step below. Use curved arrowsDraw the major organic product in the reaction scheme below. Be sure to clearly show stereochemistry (if applicable). - 14491884For the reaction shown below, draw the structure of the major product(s). Where appropriate, write "No Reaction". Assume all chiral starting materials are optically pure. Show stereochemistry where appropriate. Indicate whether the product exists as a single enantiomer or a racemic mixture.Question 10 of 15 Incorrect Map deb A Sapling Learning Draw the major organic product in the reaction below by adding to the predrawn structure. CHCI AIC, There is a hint available! ing on the divider bar again to hide the hint.

We're being requested to draw the major product of the given reaction.

Recall that alcohols are transformed to alkenes by way of acid-catalyzed dehydration. The mechanism relies on the kind of alcohol concerned:

For 1˚ alcohols:

(1) protonation – the –OH crew is protonated through the acid catalyst to present H2O, a better leaving crew

(2) E2 β-elimination – the conjugate base eliminates a β-hydrogen by the use of E2, reforming the acid catalyst in the procedure

For 2˚ and three˚ alcohols:

(1) protonation – the –OH group is protonated to present a better leaving team, H2O

(2) carbocation formation – the carbon-H2O bond is damaged

(3) E1 β-elimination – the conjugate base eliminates a β-hydrogen by way of E1, reforming the acid catalyst in the process

Since a carbocation is shaped in this mechanism, the carbocation may rearrange into a extra solid one.

Also, 1˚ alcohols that can rearrange into 3˚ apply this mechanism.