Home
Class 11
CHEMISTRY
Match the elements given in Column I wit...

Match the elements given in Column I with the properties mentioned in Column II.
`{:(Column I,Column II),(A.Li,1."Insoluble sulphate"),(B.Na,2."Strongest monoacidic base"),(C.Ca,3."Most negative" E^(Theta) "value among alkali metals"),(D.Ba,4."Insoluble oxalate"),(,5.6s^(2)"outer electronic configuration"):}`

Text Solution

Verified by Experts

`(i) to (c) , (ii) to (b) , (iii) to (d) , (iv) to (a,e)`
Due to lower `Delta_(i) H_(1)` of Na (`496 kJ mol^(-1))` than Li `(520 kJ mol^(-1))` , Na is a stronger monoacidic base , than Li, `BaSO_(4)` is insoluble while barium oxalate is somewhat soluble , therefore , (iii) matches with (d) .
Similarly , barium sulphate is insoluble but calcium sulphate is somewhat soluble .
Promotional Banner

Topper's Solved these Questions

  • S-BLOCK ELEMENTS (ALKALI AND ALKALINE EARTH METALS)

    PRADEEP|Exercise NCERT EXEMPLAR PROBLEMS WITH ANSWERS , HINTS AND SOLUTIONS (Assertion and Reason Type Questions)|2 Videos

  • S-BLOCK ELEMENTS (ALKALI AND ALKALINE EARTH METALS)

    PRADEEP|Exercise NCERT EXEMPLAR PROBLEMS WITH ANSWERS , HINTS AND SOLUTIONS (Long Answer Questions)|9 Videos

  • S-BLOCK ELEMENTS (ALKALI AND ALKALINE EARTH METALS)

    PRADEEP|Exercise NCERT EXEMPLAR PROBLEMS WITH ANSWERS , HINTS AND SOLUTIONS (SHORT ANSWER QUESTIONS)|12 Videos

  • REDOX REACTIONS

    PRADEEP|Exercise Assertion reason type question|16 Videos

  • SOLID STATE

    PRADEEP|Exercise Advanced problems|19 Videos

Similar Questions

Explore conceptually related problems

Match the elements given in Column I with the colour they impart to the flame given in Column II. {:(Column I, Column II),(A.Cs,1."Apple green"),(B.Na,2."Violet"),(C.K,3."Brick red"),(D.Ca,4."Yellow"),(E.Sr,5."Crimson red"),(F.Ba,6."Blue"):}

Match the elements given in column (I) with the most appropriat expected values given in column II {:("Column I","Column II"),("Element","Electronegative values"),(A.F, (p)3.5),(B.O,(q) 3.0),(C.N,(r )4.0),(D.C,(s)2.5):}

Match the types of colloidal systems given in Column I with the name given in Column II. {:(,"Column I","Column II"),(A.,"Solid in liquid",1."Foam"),(B.,"Liquid in solid ",2."Sol"),(C.,"Liquid in liquid ",3."Gel"),(D.,"Gas in liquid",4."Emulsion"):}

If |A|=2 and |B| = 4, then match the relation in Column I with the angle theta between A and B in Column II.

Match the items given in Column 1 with examples give in Column II. {:("Column I","Column II"),((a)"Hydrogen bond",(i)C),((b)"Resonance",(ii)LiF),((c)"Ionic solid",(iii)H_(2)),((d)"Covalent solid",(iv)HF),(,(v)O_(3)):}

Knowledge Check

  • Match the elements given in column (I) with the most appropriat expected values given in column II {:("Column I","Column II"),("Element","Electronegative values"),(A.F, (p)3.5),(B.O,(q) 3.0),(C.N,(r )4.0),(D.C,(s)2.5):}

    A
    A(r ), B(p),C(q),D(s)
    B
    A(s),B(q),C(r ),D(p)
    C
    A(p),B(q),C(r ),D(s)
    D
    A(r ),B(q), C(p),D(s)

  • Match the entries listed in column I with appropriate properties listed in Column II {:(,"Column I",,"Column II"),((A),He,(i),"High electron affinity"),((B),Cl,(ii),"Most electropositive element"),((C),Ca,(iii),"Strongest reducing agent"),((D),Li,(iv),"Highest ionization energy"):} The correct match of contents in Column I with those in Column II

    A
    `{:(A-iii,B-i,C-ii,D-iv):}`
    B
    `{:(A-iv,B-iii,C-ii,D-i):}`
    C
    `{:(A-ii,B-iv,C-i,D-iii):}`
    D
    `{:(A-iv,B-i,C-ii,D-iii):}`

  • Match theentries of Column 1 with those of Column 2. {:("Column 1","Column 2"),("A. Bulb","(i) Sweet potato"),("B. Tuber","(ii) Bryophyllum"),("C. Root","(iii) Onion"),("D. Leaf","(iv) Potato"):}

    A
    `{:("A","B","C","D"),("(iii)","(iv)","(i)","(ii)"):}`
    B
    `{:("A","B","C","D"),("(iii)","(i)","(iv)","(ii)"):}`
    C
    `{:("A","B","C","D"),("(ii)","(i)","(iv)","(iii)"):}`
    D
    `{:("A","B","C","D"),("(i)","(ii)","(iv)","(iii)"):}`