Home
Class 11
CHEMISTRY
Match the species given in Column I with...

Match the species given in Column I with hybridisation given in Column II.
`{:(,"Column-I",,"Column-II"),("A.","Boron in"[B(OH_(4))]^(-),1.,sp^(2)),("B.","Aluminium in"[Al(H_(2)O)_(6)]^(3+),2.,sp^(3)),("C.","Boron in "B_(2)H_(6),3.,sp^(3)d^(2)),("D.","Carbon in buckminster fullerene",,),("E.","Silicon in "SiO_(4)^(4-),,),("F.","Germanium in"[GeCl_(6)]^(2-),,):}`

Text Solution

AI Generated Solution

To solve the problem of matching the species in Column I with the correct hybridization in Column II, we will analyze each species one by one, determine the number of sigma bonds, and then deduce the hybridization based on those bonds. ### Step-by-Step Solution: 1. **Species A: Boron in [B(OH)4]⁻** - Boron is bonded to four hydroxyl (OH) groups. - Count the sigma bonds: 4 (one for each OH bond). - Hybridization: Since there are 4 sigma bonds, the hybridization is **sp³**. ...
Promotional Banner

Topper's Solved these Questions

  • THE P-BLOCK ELEMENTS

    NCERT EXEMPLAR ENGLISH|Exercise Assertion and Reason|2 Videos

  • THE P-BLOCK ELEMENTS

    NCERT EXEMPLAR ENGLISH|Exercise Long Answer|9 Videos

  • THE P-BLOCK ELEMENTS

    NCERT EXEMPLAR ENGLISH|Exercise Short Answer|14 Videos

  • STRUCTURE OF ATOM

    NCERT EXEMPLAR ENGLISH|Exercise All Questions|55 Videos

  • THE S-BLOCK ELEMENTS

    NCERT EXEMPLAR ENGLISH|Exercise Long Answer Type Questions|8 Videos

Similar Questions

Explore conceptually related problems

Match the shape of molecules in Column 1 with the type of hybridisation in Column II. {:("Column I","Column II"),((a)"Tetrahedral",(i)sp^(2)),((b)"Trigonal",(ii) sp),((c)"Linear",(iii)sp^(3)),((d)"Trigonal bipyramidal",(iv)sp^(3)d):}

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)):}

Match the species in Column 1 with the type of hybrid orbitals in Column II. {:("Column I", "Column II"),((a)SF_(4),(i)sp^(3)d^(2)),((b)lF_(5),(ii)d^(2)sp^(3)),((c)NO_(2)^(+),(iii)sp^(3)d),((d)NH_(4)^(+),(iv)sp^(3)),((v),sp):}

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"):}

Match the elements given in column (I) with the most appropriate 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 compounds given in column I with oxidation states of carbon given in column II and mark the appropriate choice. {:(,"Column I",,"Column II"),("(A)",C_(6)H_(12)O_(6)," (i)"," +3"),("(B)",CHCl_(3)," (ii)"," -3"),("(C)",CH_(3)CH_(3)," (iii)"," +2"),("(D)",(CO OH)_(2)," (iv)"," 0"):}

Match each of the reaction given in Column I with the corresponding product(s) given in Column II. {:("Column I","Column II"),(A. "Cu+dil. HNO"_(3),p."NO"),(B."Cu+cons. HNO"_(3),q. "NO"_(2)),(C. "Zn+dil.HNO"_(3),r. "N"_(2)"O"),(D. "Zn+cons HNO"_(3),s. "Cu"("NO"_(3))_(2)),(,t. "Zn"("NO"_(3))_(2)):}

{:("Column A"," ","Column B"),(x(x^2)^(4),,(x^3)^3):}

Match the compounds listed in column I with characteristic listed in column II. {:("Column-I","Column-II"),((A)SF_2,(p)sp^3"and bent"),((B)KrF_4,(q)"Lone pair"),((C )NOCl,(r)"Bond angle less than"109^@28'),((D )N(Me)_3,(s)sp^2"and bent"),(,(t)sp^3d^2"and square planar"):}

Match the cataysts (Column I) with products (Column II). {:(,"Column I",,"Column II"),(,"Catalyst",,"Product"),((A),V_(2)O_(5),(i),"Polyethylene"),((B),TiCl_(4)//Al(Me)_(3),(ii),"ethanal"),((C ),PdCl_(2),(iii),H_(2)SO_(4)),((D),"Iron Oxide",(iv),NH_(3)):}