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{:("COLUMN-I","COLUMN-II"),("A)"Cl(2)O,"...

`{:("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"):}`

Text Solution

Verified by Experts

The correct Answer is:
A-q;B-r;C-s;D-p,s
`{:("Species",(V+M+C)/(2),"Shape"),(Cl_(2)O,(6+2+0)/(2)=4(sp^(3)),"Angular"),(BrO_(2)^(+),(7+0-1)/(2)=3(sp^(2)),"Angular"),(ClF_(3),(7+3-0)/(2)=5(sp^(3)d) ,"T-shape"),(I_(3)^(-),(7+2+1)/(2)=5(sp^(3)d) ,"Linear"):}`
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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"):}

{:("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)" ClO^(-),"p) One Lp on Cl"),("B)"ClO^(-2),"q) Two Lp on Cl"),("C)" ClO_(3)^(-),"r) Three Lp on Cl"),("D)" ClO_(4)^(-),"s) Cl is in "sp^(3)),(,"t) No Lp on Cl"):}

{:("COLUMN-I(Molecule)","COLUMN-II(Bond Angle)"),("A)" BF_(3),"p)" 88^(@)),("B)" NF_(3),"q)" 96^(@)),("C)" PF_(3),"r)" 103^(@)),("D)" ClF_(3),"s)" 120^(@)):}

{:("List" -1,"List"-2),((A) MH_(4)^(+),(1)sp^(3) "hybridisation, two lone pairs "),((B)H_(3)O^(+),(2)sp^(3) " hybridisation, one lone pair "),((C)XeO_(3),(3)sp^(3)"hybridisation, no lone pair "),((D) SO_(3),(4)sp^(3)"hybridisation, one lone pair "),("",(5)sp^(2) "hybridisation,no lone pair "):} The correct match is

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{:("COLUMN-I","COLUMN-II"),((A)SO_(2),(p)"Acidic nature"),((B)SO_(3),(q)"Oxidising agent"),((C )O_(3),(r )"Reducing agent"),((D)O_(2)^(-2),(s) "Bleaching agent"):}

{:("COLUMN-I","COLUMN-II"),((A)SO_(2),(p)"+2 and '0' states of 'S' "),((B)H_(2)S,(q)"Trimer solid"),((C )SO_(3), (r )"Reductant"),((D)S_(6)O,(s)"Oxidant"),(,(t)sp^(2)"sulphur"):}

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{:("COLUMN-I","COLUMN-II"),("A) Maximum S.R.P.","p)" F_(2)),("B) Corrosive liquid","q)" Cl_(2)),("D) Maximum enthalpy of dissociation","s)" I_(2)):}