Which of the following alkyl halides is hydrolysed by `S_(N^(1))` mechanism?

Which of the following alkyl halides is hydrolysed by `S_(N^(1))` mechanism?
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Which of the following alkyl halides is hydrolysed by `S_(N^(1))` mechanism? A. `CH_(3)Cl` B. `CH_(3)CH_(2)Cl` ... (2)CH_(2)Cl` D. `(CH_(3))_(3)"CCl"`
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Which of the following is not correct concerning substitution and elimination reactions of alkyl halides? (a) The electrophile replaces the leaving group. (b) Compounds containing electron-donating groups bonded to an sp3 hybridized carbon undergo substitution and elimination reactions. (c) The electronegative atom is replaced by another atom or group in substitution reactions. (d) (a) and (b)

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`underset("Brown")([(NH_(3))_(5)Co-O-O-Co(NH_(3))_(5)]^(4+)) underset("oxidise")overset([S_(2)O_(8)]^(2-))tounderset("Green")([(NH_(3))_(5)Co-O-O-Co(N

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(A) In `S_(N^(2))` reactions, complete inversion of configuration takes place. (R) In `S_(N^(1))` reactions, retention but not the inversion takes pla

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Which of the following are correct for `S_(N^(2))` reaction?

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In a `S_(N^(2))` substitution reaction of the type `R-Br+Cl^(-)overset("DMF")rarrR-Cl+Br^(-)` Which one of the following has the highest relative rate

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Which of the following is the correct order of decreasing `S_(N^(2))` reactivity ?

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Which one is most reactive towards `S_(N^(1))` reaction?

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In the `S_(N^(1))` reaction on chiral centres there is :

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As `S_(N^(2))` reaction at an asymmetric carbon of a compound always gives:

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Consider the following bromides: The correct order of `S_(N^(1))` reactivity is :

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Arrange the following in order of decreasing tendency towards `S_(N^(2))` reaction : `{:(underset("(I)")(CH_(3)CH_(2)CH_(2)CH_(2)Cl)", "underset("(II)

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Which of the following reactions is an example of `S_(N^(2))` reaction?

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Which one of the following statements wrong about `S_(N^(2))` reaction?

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`n(CF_(2)=CF_(2))overset((NH_(4))_(2)S_(2)O_(8))underset(Heat)toX` Here , X is:

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Asseration: Number of `S-S` bonds in `H_(2)S_(n)O_(6)` is (n-1). Reason: `H_(2)S_(n)O_(6)` shows `HO_(3)S-underset((n-2))(S)-SO_(3)H`

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`S_(1):(HPO_(3))_(n)` can be prepared by heating phosphorous acid and bromine in a sealed tube. `S_(2)` : dry iodine reacts with ozone and formed yell

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The number of S - S bonds in polythionic acid `(H_(2)S_(n)O_(6))`

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Which one of the following is/are cannot be hydrolysed?

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