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Match the compounds listed in column I w...

Match the compounds listed in column I with characteristics type of reaction listed in column II.
`{:("Column I","Column II"),((A)XeF_2,(p)"Undergoes hydrolysis with water"),((B)XeF_4,(q)"Acts as oxidising agent"),(( C)XeF_6,(r)"Undergoes addition reaction"),((D)XeO_3,(s)"has lone pair of electrons"),(,(t)"Gives disproportionation reaction with "H_2O or OH^(-)):}`

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A, B, C, D
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Match the compounds listed in column-I with characteristic type of reaction listed in column-II

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 compounds listed in column I with characteristic listed in column II. {:("Column-I","Column-II"),((A)B_2H_6,(p)"Tetrahedral hybridisation"),((B)Al_2Cl_6,(q)"Trigonal planar hybridisation"),((C )BeCl_2(s),(r)"Empty orbital of central atom participate in hybridisation"),((D)(SiH_3)_3N,(s)"Two types of bonds"),(,(t)"Two type of bond angles"):}

Match the compounds, listed in column-I with the characteristic(s) listed in column-II. {:("Column I","Column II"),((A)BeO(s),(p)"Amphoteric in nature"),((B)NaHCO_3("crystalline"),(q)"Imparts characteristic colour to Bunsen flame"),((C )BeCl_2(s),(r)"Produce"H_2O_2 and O_2 "on reaction with water." ),((D)CsO_2(s),(s)"Show hydrogen bonding"),(,(t)"Has a chain structure"):}

Match the compounds listed in column I with characteristic listed in column II. {:("Column-I","Column-II"),((A)"Hypophosphorus acid",(p)"All hydrogen are ioniasable in water"),((B)"Orthoboric acid",(q)"Monobasic acid"),((C )"Hypophosphoric acid",(r)sp^3"hybridised central atom(s)"),((D)"Pyrosulphurous acid",(s)"Lewis acid"),(,(t)"Central atom contains one lone pair of electrons"):}

{:("Column-I","Column-II"),((A)XeF_4,(p)sp^3d "see-saw geometry"),((B)SF_4,(q)sp^3d^2 "square planar"),((C )SF_6, (r)sp^3d^3 "distorted octahedral geometry"),((D)XeF_6,(s)sp^3d^2 "octahedral geometry"):}

Match the salts listed in column I with the colour of the precipitate and reagent listed in column II. {:("Column I","Column II"),((A)FeSO_4,(p)"Green precipitate with NaOH"),((B)Bi(NO_3)_3,(q)"White precipitate with" Pb(NO_3)_2),(( C)Ni(NO_3)_2,(r)"Yellow precipitate with"NH_4NO_2 and CH_3COOH "on warming"),((D)CoCl_2,(s)"Black precipitate with"H_2S),(,(t)"White precipitate with excess of water"):}

Match the compounds listed in colomn-I with characteristic(s) type of reactions listed in column-II. {:("Column I","Column II"),((A)"Ionic hydrides",(p)B_2H_6","CH_4","H_2O","SiH_4),((B)"Covalent hydrides",(q)CuH","ZnH_2","CdH_2","HgH_2 ),(( C)"Metallic hydrides",(r)ScH_2","TiH_2","VH_2","ZrH_2),((D)"Intermediate hydrides",(s)NaH","KH","CaH_2","SrH_2):}

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 Xenon compounds Column-I with its structure in Column-II and assign the correct code : {:("Column-I","Column-II"),((a)XeF_(4),(i)"pyramidal"),((b)XeF_(6),(ii)" square planar"),((c)XeOF_(4),(iii)" distored octahedral"),((d) XeO_(3),(iv)" square pyramidal"):}

RESONANCE ENGLISH-D & F-BLOCK ELEMENTS & THEIR IMPORTANT COMPOUNDS -Exercise 1
  1. KMnO(4) is the oxo salt of :

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  2. The solubility of silver bromide in hypo solution (excess) is due to ...

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  3. In dilute alkaline solution,MnO(4)^(-) changes to:

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  4. Cl(2) gas is obtained by various reactions but not by:

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  5. The developer used in photography is an alkaline solution of:

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  6. When acidified solution of K(2)Cr(2)O(7) is shaken with aqeous solutio...

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  7. Which of the following compounds is used as the starting material for ...

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  8. CrO(4) dissolves in aqueous NaOH to give :

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  9. The final product obtained for the following reaction is: KMnO(4)("ex...

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  10. The f-block of the periodic table contains those elements in which:

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  11. Among the lanthanides the one obtained by synthetic method is (a)Lu ...

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  12. The most common lanthanoid is

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  13. Across the lanthanide series,the basicity of the lanthanoide hydroxide...

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  14. Actinides

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  15. The lanthanide contraction is responsible for the fact that

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  16. Lanthanides and actinides resemble in

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  17. The seperation of lanthanoids by ion exchange method is based on

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  18. Match the salts/mixtrues listed in column(I) with their respective nam...

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  19. Thermal decomposition of K2Cr2O7 produces:

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  20. Match the compounds listed in column I with characteristics type of re...

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