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SN1 reaction undergoes through a carbocation intermediate as follows:
[R = t-Bu, iso-Pr, Et, Me] (X = Cl, Br, I)
The correct statements are:
I. The decreasing order of rate of SN1reaction is t-BuX > iso-PrX > EtX > MeX
II. The decreasing order of ionization energy is MeX > EtX > iso-PrX > t-BuX
III. The decreasing order of energy of activation is t-BuX > iso-PrX > EtX > MeX
[R = t-Bu, iso-Pr, Et, Me] (X = Cl, Br, I)
The correct statements are:
I. The decreasing order of rate of SN1reaction is t-BuX > iso-PrX > EtX > MeX
II. The decreasing order of ionization energy is MeX > EtX > iso-PrX > t-BuX
III. The decreasing order of energy of activation is t-BuX > iso-PrX > EtX > MeX
- a)I & II are correct
- b)I & III are correct
- c)II and III are correct
- d)I, II & III are correct
Correct answer is option 'A'. Can you explain this answer?
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Verified Answer
SN1 reaction undergoes through a carbocation intermediate as follows:[...
(1) Formation of carbocation is RDS, more stable the cation more easily it will form. Hence rate order is t-BuX > iso-PrX > EtX > MeX
(2) Formation of carbocation CH3 is most difficult hence ionization energy is highest. Similarly, EtX has lesser ionization energy than MeX and so on.
(3) Order of energy of activation is MeX > EtX > iso-PrX > t-BuX.
(2) Formation of carbocation CH3 is most difficult hence ionization energy is highest. Similarly, EtX has lesser ionization energy than MeX and so on.
(3) Order of energy of activation is MeX > EtX > iso-PrX > t-BuX.
Most Upvoted Answer
SN1 reaction undergoes through a carbocation intermediate as follows:[...
(1) Formation of carbocation is RDS, more stable the cation more easily it will form. Hence rate order is t-BuX > iso-PrX > EtX > MeX
(2) Formation of carbocation CH3 is most difficult hence ionization energy is highest. Similarly, EtX has lesser ionization energy than MeX and so on.
(3) Order of energy of activation is MeX > EtX > iso-PrX > t-BuX.
(2) Formation of carbocation CH3 is most difficult hence ionization energy is highest. Similarly, EtX has lesser ionization energy than MeX and so on.
(3) Order of energy of activation is MeX > EtX > iso-PrX > t-BuX.
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SN1 reaction undergoes through a carbocation intermediate as follows:[R = t-Bu, iso-Pr, Et, Me] (X = Cl, Br, I)The correct statements are:I. The decreasing order of rate of SN1reaction is t-BuX > iso-PrX > EtX > MeXII. The decreasing order of ionization energy is MeX > EtX > iso-PrX > t-BuXIII. The decreasing order of energy of activation is t-BuX > iso-PrX > EtX > MeXa)I & II are correctb)I & III are correctc)II and III are correctd)I, II & III are correctCorrect answer is option 'A'. Can you explain this answer?
Question Description
SN1 reaction undergoes through a carbocation intermediate as follows:[R = t-Bu, iso-Pr, Et, Me] (X = Cl, Br, I)The correct statements are:I. The decreasing order of rate of SN1reaction is t-BuX > iso-PrX > EtX > MeXII. The decreasing order of ionization energy is MeX > EtX > iso-PrX > t-BuXIII. The decreasing order of energy of activation is t-BuX > iso-PrX > EtX > MeXa)I & II are correctb)I & III are correctc)II and III are correctd)I, II & III are correctCorrect answer is option 'A'. Can you explain this answer? for Chemistry 2024 is part of Chemistry preparation. The Question and answers have been prepared according to the Chemistry exam syllabus. Information about SN1 reaction undergoes through a carbocation intermediate as follows:[R = t-Bu, iso-Pr, Et, Me] (X = Cl, Br, I)The correct statements are:I. The decreasing order of rate of SN1reaction is t-BuX > iso-PrX > EtX > MeXII. The decreasing order of ionization energy is MeX > EtX > iso-PrX > t-BuXIII. The decreasing order of energy of activation is t-BuX > iso-PrX > EtX > MeXa)I & II are correctb)I & III are correctc)II and III are correctd)I, II & III are correctCorrect answer is option 'A'. Can you explain this answer? covers all topics & solutions for Chemistry 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for SN1 reaction undergoes through a carbocation intermediate as follows:[R = t-Bu, iso-Pr, Et, Me] (X = Cl, Br, I)The correct statements are:I. The decreasing order of rate of SN1reaction is t-BuX > iso-PrX > EtX > MeXII. The decreasing order of ionization energy is MeX > EtX > iso-PrX > t-BuXIII. The decreasing order of energy of activation is t-BuX > iso-PrX > EtX > MeXa)I & II are correctb)I & III are correctc)II and III are correctd)I, II & III are correctCorrect answer is option 'A'. Can you explain this answer?.
SN1 reaction undergoes through a carbocation intermediate as follows:[R = t-Bu, iso-Pr, Et, Me] (X = Cl, Br, I)The correct statements are:I. The decreasing order of rate of SN1reaction is t-BuX > iso-PrX > EtX > MeXII. The decreasing order of ionization energy is MeX > EtX > iso-PrX > t-BuXIII. The decreasing order of energy of activation is t-BuX > iso-PrX > EtX > MeXa)I & II are correctb)I & III are correctc)II and III are correctd)I, II & III are correctCorrect answer is option 'A'. Can you explain this answer? for Chemistry 2024 is part of Chemistry preparation. The Question and answers have been prepared according to the Chemistry exam syllabus. Information about SN1 reaction undergoes through a carbocation intermediate as follows:[R = t-Bu, iso-Pr, Et, Me] (X = Cl, Br, I)The correct statements are:I. The decreasing order of rate of SN1reaction is t-BuX > iso-PrX > EtX > MeXII. The decreasing order of ionization energy is MeX > EtX > iso-PrX > t-BuXIII. The decreasing order of energy of activation is t-BuX > iso-PrX > EtX > MeXa)I & II are correctb)I & III are correctc)II and III are correctd)I, II & III are correctCorrect answer is option 'A'. Can you explain this answer? covers all topics & solutions for Chemistry 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for SN1 reaction undergoes through a carbocation intermediate as follows:[R = t-Bu, iso-Pr, Et, Me] (X = Cl, Br, I)The correct statements are:I. The decreasing order of rate of SN1reaction is t-BuX > iso-PrX > EtX > MeXII. The decreasing order of ionization energy is MeX > EtX > iso-PrX > t-BuXIII. The decreasing order of energy of activation is t-BuX > iso-PrX > EtX > MeXa)I & II are correctb)I & III are correctc)II and III are correctd)I, II & III are correctCorrect answer is option 'A'. Can you explain this answer?.
Solutions for SN1 reaction undergoes through a carbocation intermediate as follows:[R = t-Bu, iso-Pr, Et, Me] (X = Cl, Br, I)The correct statements are:I. The decreasing order of rate of SN1reaction is t-BuX > iso-PrX > EtX > MeXII. The decreasing order of ionization energy is MeX > EtX > iso-PrX > t-BuXIII. The decreasing order of energy of activation is t-BuX > iso-PrX > EtX > MeXa)I & II are correctb)I & III are correctc)II and III are correctd)I, II & III are correctCorrect answer is option 'A'. Can you explain this answer? in English & in Hindi are available as part of our courses for Chemistry.
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Here you can find the meaning of SN1 reaction undergoes through a carbocation intermediate as follows:[R = t-Bu, iso-Pr, Et, Me] (X = Cl, Br, I)The correct statements are:I. The decreasing order of rate of SN1reaction is t-BuX > iso-PrX > EtX > MeXII. The decreasing order of ionization energy is MeX > EtX > iso-PrX > t-BuXIII. The decreasing order of energy of activation is t-BuX > iso-PrX > EtX > MeXa)I & II are correctb)I & III are correctc)II and III are correctd)I, II & III are correctCorrect answer is option 'A'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of
SN1 reaction undergoes through a carbocation intermediate as follows:[R = t-Bu, iso-Pr, Et, Me] (X = Cl, Br, I)The correct statements are:I. The decreasing order of rate of SN1reaction is t-BuX > iso-PrX > EtX > MeXII. The decreasing order of ionization energy is MeX > EtX > iso-PrX > t-BuXIII. The decreasing order of energy of activation is t-BuX > iso-PrX > EtX > MeXa)I & II are correctb)I & III are correctc)II and III are correctd)I, II & III are correctCorrect answer is option 'A'. Can you explain this answer?, a detailed solution for SN1 reaction undergoes through a carbocation intermediate as follows:[R = t-Bu, iso-Pr, Et, Me] (X = Cl, Br, I)The correct statements are:I. The decreasing order of rate of SN1reaction is t-BuX > iso-PrX > EtX > MeXII. The decreasing order of ionization energy is MeX > EtX > iso-PrX > t-BuXIII. The decreasing order of energy of activation is t-BuX > iso-PrX > EtX > MeXa)I & II are correctb)I & III are correctc)II and III are correctd)I, II & III are correctCorrect answer is option 'A'. Can you explain this answer? has been provided alongside types of SN1 reaction undergoes through a carbocation intermediate as follows:[R = t-Bu, iso-Pr, Et, Me] (X = Cl, Br, I)The correct statements are:I. The decreasing order of rate of SN1reaction is t-BuX > iso-PrX > EtX > MeXII. The decreasing order of ionization energy is MeX > EtX > iso-PrX > t-BuXIII. The decreasing order of energy of activation is t-BuX > iso-PrX > EtX > MeXa)I & II are correctb)I & III are correctc)II and III are correctd)I, II & III are correctCorrect answer is option 'A'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice SN1 reaction undergoes through a carbocation intermediate as follows:[R = t-Bu, iso-Pr, Et, Me] (X = Cl, Br, I)The correct statements are:I. The decreasing order of rate of SN1reaction is t-BuX > iso-PrX > EtX > MeXII. The decreasing order of ionization energy is MeX > EtX > iso-PrX > t-BuXIII. The decreasing order of energy of activation is t-BuX > iso-PrX > EtX > MeXa)I & II are correctb)I & III are correctc)II and III are correctd)I, II & III are correctCorrect answer is option 'A'. Can you explain this answer? tests, examples and also practice Chemistry tests.
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