Answer:
Explanation:
In step-1 the double bond attacks the H-Cl and gives rise to a 2°-carbication.
Then in step-2 migration methyl group to that positively charged carbon occurs thereby, generating a 3° carbocation.
This methyl group migrstion occurs so that a more stable 3°-carbocation can be generated.
And then in step-3 the Cl can attack to the 3°-carbocation and gives the product.
6 Question (points) See page 574 Complete the mechanism. All necessary atoms and bonds (i.e. those...
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aSee page 574 06 Question (4 points) Complete the mechanism. All necessary atoms and bonds (that is, those that are involved in the mechanism) are drawn in for you already; do not modify the structures by adding or removing any atoms. 2nd attempt d See Periodic Table See Hint Feedback 1st attempt
e See page 574 Complete the mechanism. All necessary atoms and bonds (that is, those that are involved in the mechanism) are drawn in for you already: do not modify the structures by adding or removing any atoms Solution Explanation See Hint See page 569 15 Question (4points) The alkyl chloride shown could be the result of treating different alkenes with HCI. In the box below, dravw all the alkenes that, when treated with HCI, will generate the product shown....
Complete the mechanism. All necessary atoms and bonds (that is, those that are involved in the mechanism) are drawn in for you already; do not modify the structures by adding or removing any atoms. v 1st attempt See Periodic Table D See Hint H-Br 1 Add the missing curved arrow notation.
Complete the three step mechanism. All necessary atoms and bonds
(i.e., those that are involved in the mechanism) are drawn in for
you already; do not modify the structures by adding or removing any
atoms.
0 Add the missing curved arrow notation and nonzero formal charges
PLEASE SHOW ALL WORK AND
PLEASE ANSWER ALL PARTS OF EACH QUESTION! Thank you!
06 Question (4 points) e See page 574 Complete the mechanism. All necessary atoms and bonds (that is, those that are involved in the mechanism) are drawn in for you already; do not modify the structures by adding or removing any atoms. 1st attempt See Periodic Table See Hint Add the missing curved arrow notation. e See pa 09 Question (4 points) Predict the organic starting...
22 Question (4 points) e See page 587 Complete the mechanism and draw the thermodynamic product for the reaction below. 1st attempt Feedback See Periodic Table See Hint
05 Question (2 points) @ See page 367 Complete the mechanism and select the correct frontier orbital interaction for the reaction. 4th attempt Part 1 (1 point) Complete the mechanism below by supplying the missing curved arrow notation. H- OH - H-ö—¢—H :C: I i Add the missing curved arrow notation. Do not add or remove structures or atoms.
a See page 1127 13 Question (3 points) When naphthalene undergoes an irreversible electrophilic aromatic substitution, the major product is the kinetic product, which proceeds through the most stable arenium ion intermediate. With this in mind, draw the curved arrow mechanism for the first step of the electrophilic aromatic substitution of naphthalene with the acylium ion generated from acetyl chloride and AlClg, Then draw the curved arrows and a resonance structure in step 2 with an unbroken benzenoid ring.Draw all...
19 Question (4 points) See page 1221 The ozonolysis of an alkene is shown below 2nd attempt h See Periodic Table See Hint (CH3)2S
12 Question (2 points) @ See page 897 Draw the curved arrow mechanism for the formation of the major enamine product from the given iminium ion and amine. Draw all electrons and charges if necessary on the product; do not show any side products. V 1st attempt See Periodic Table D See Hint CH