Match the following
`{:(,"List -I",,"List -II",),(A,P_(c),(i),3b,),(B,V_(c),(ii),8a//27bR,),(C,T_(c),(iii),a//27 b^(2),):}`

If (1)/((1-2x)^(2)(1-3x))=(A)/(1-2x)+(B)/((1-2x)^(2))+(C)/(1-3x) then match the following {:(" List - I"," List - II"),("I) A","(a) 9"),("II) B","(b) -6"),("III) C","(c) -2"):}

If (1)/((1-2x)^(2)(1-3x))=(A)/(1-2x)+(B)/((1-2x)^(2))+(C)/(1-3x) then match the following {:(" List - I"," List - II"),("I) A","(a) 9"),("II) B","(b) -6"),("III) C","(c) -2"):}

Match the following {:("List - I","List - II"),((A) B_(1),"(I) Riboflavin"),((B) B_(2),"(II) Pantothenic acid"),((C ) B_(3),"(III) Niacin"),((D) B_(5),"(IV) Thiamine"):} The correct match is

Match the following {:("List I","List II"),(A. PCI_(3),i."square planar"),(B.BF_(3), ii."T-sphere"),(C.CIF_(3),iii."Trigonal pyramidal"),(d. XeF_(4),iv"See-saw"),( ,v. "Trigonal planar"):}

List-I contains angles in radians and List-II contains the quadrant in which the angle lies. |{:(,"List-I",,"List-II"),((P),2^(c ),(1),"I"),((Q),4^(c ),(2),"II"),((R ),6^(c ),(3),"III"),((S),7^(c ),(4),"IV"):}|

Match the following from List - I to List - II {:("List-I","List-II"),((I)|{:(1,1,1),(a,b,c),(bc,ca,ab):}|=,(a)(a-b)(b-c)(c-a)),((II)|{:(a,b,c),(a^(2),b^(2),c^(2)),(a^(3),b^(3),c^(3)):}|=,(b)(a-b)(b-c)(c-a)abc),((III)|{:(1,1,1),(a,b,c),(a^(3),b^(3),c^(3)):}|=,(c)(a-b)(b-c)(c-a)(a+b+c)):}

Match the following {:("List I","List II"),("A) "B_(1),"I) Riboflavin"),("B) "B_(2),"II) Retinol"),("C) A","III) Ascorbic acid"),("D) C","IV) Thiamine"):} The correct match is

Match the following {:("List-I"," List-II "),((A) NaOH,"(I) Antacid"),((B) NaHCO_(3),"(II) Food preservative"),((C) NaNO_(2),"(III) Mercerising cotton "),((D) NaNO_(3),"(IV) Fertiliser"):}

Match the following lists {:(,"List -I",,"List II",),(A,"Ethlene",1,"Natalite",),(B,"Acetylene",2,"Preservative",),(C,"Ethanol",3,"Hawker's lamp",),(D,"Diethyl ether",4,"Drug",),(,,5,"Polyethlene",):} Correct match is: