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{:("Column-I", "Column-II"), ("A) "CH(3)...

`{:("Column-I", "Column-II"), ("A) "CH_(3)^(+), "P) Electrically neutral"), ("B) "CH_(3)^(-), "Q) having "6e^(-)"in the outer shell"), ("C) "CH_(3)^(*), "R) "sp_(2)), ("D) ":CH_(2), "S) "sp^(3)):}`

Text Solution

Verified by Experts

The correct Answer is:
A-QR; B-S; C-PR; D-PQR
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Explore conceptually related problems

{:("Column-I", "Column-II"), ( "A) "CH_(2)=CH-Cl, "P) +I effect"), ("B) "CH_(3)-CH=CH-O-CH_(3), "Q) -I effect"), ("C) "CH_(3)CH_(2)CH_(2)-Cl, "R) Hyperconjugation"), ("D) "CH_(3)-CH_(2)-CH_(2)-CH_(3), "S) Resonance"):}

{:("COLUMN-I","COLUMN-II"),("A)"Cl_(2)O,"p) Linear shape"),("B)" BrO_(2)^(+),"q)" sp^(3)-"hybridisation"),("C)" ClF_(3),"r)" sp^(2)-"hybridisation"),("D)" I_(3)^(-),"s)" sp^(3)d-"hybridisation"):}

Knowledge Check

  • {:(" Column - I"," Column - II"),(" a) "H_(3)BO_(3)," P) ""Food preservation"),(" b) "HNO_(3)," Q) ""Aerated drink"),(" c) "CH_(3)COOH," R) ""Food digestion"),(" d) "H_(2)CO_(3)," S) ""Eye-wash"):}

    A
    `a - S , b - R , c - P , d - Q`
    B
    `a - S , b - P , c - R , d - Q`
    C
    `a - S , b - R , c - Q , d - P `
    D
    `a - Q , b - R , c - P , d - S`

  • {:("List" -1,"List"-2),((A) CH_(4),(1)sp^(2)-sp^(2) "overlap," sp^(2)-"s overlap "),((B)C_(2)H_(4),(2)sp-sp " overlap, sp-s overlap "),((C)C_(2)H_(6),(3)sp^(3)-s"overlap only "),((D) C_(2)H_(2),(4)sp^(3)-sp^(3)"overlap," sp^(3)-sp^(2)"overlap "),("",(5)sp^(2) sp^(3)-sp^(3)"overlap" sp^(3)-"soverlap" "):} The correct match is

    A
    `{:(A,B,C,D),(5,2,1,3):}`
    B
    `{:(A,B,C,D),(3,5,1,2):}`
    C
    `{:(A,B,C,D),(3,4,1,2):}`
    D
    `{:(A,B,C,D),(3,1,5,2):}`

  • The compound CH_(3)-underset(CH_(2)-CH_(3))underset("| ")(" "C=CH-CH_(3)) is

    A
    2-ethyl-2-butene
    B
    3-methyl-3-pentene
    C
    3-methyl-2-pentene
    D
    3-ethyl-2-butene

    • Similar Questions

    Explore conceptually related problems

    {:(,"Column-I",,"Column-II"),("A)",N_(2),"P)","40% carbon by mass"),("B)",CO,"Q)","Empirical formula "CH_(2)O),("C)",C_(6)H_(12)O_(6),"R)","Vapour density : 14"),("D)",CH_(3)COOH,"S)",14N_(A)" electrons in a mole"):}

    {:("COLUMN-I","COLUMN-II"),("A)" PCl_(5),"p)" sp^(3)),("B)" ClO_(4)^(-),"q) Tetrahedral"),("C)" XeF_(2),"r) Trigonol bipyramidal"),("D)" SO_(4)^(-2),"s)" sp^(3)d):}

    {:("Column -I","Column-II"),((A)B_(2)H_(6),(P)2e-2e^(-) "bond "),((B)Be_(2)CI_(4),(Q)3e-2e^(-) "bond"),((C) I_(2)CI_(6),(R)"Expanded octet "),(AI_(2)(CH_(3))_(6),(S)"not "sp^(2-)"hybridised"),("",(T)"Non -polar"):}

    Match the following {:("COLUMN-I","COLUMN-II"),("A)" F_(2)O,"p)" SP^(2)-"Hybridisation"),("B)" ClO_(2),"q)" SP^(3)-"Hybridisation"),("C)"BrF_(3),"r)" SP^(3)d^(2)-"Hybridisation"),("D)"IF_(5),"s)" SP^(3)d-"Hybridisation"):}

    The order of +I effect is: (CH_(3))C gt (CH_(3))_(2) CH gt CH_(3)CH_(2) gt CH_(3)

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