Match Column - I with Column - II

`{:(,P,Q,R,S),((A),1,2,4,3),((B),2,1,4,3),((C ),4,1,3,2),((D ),4,3,2,1):}`

Match the following {:(,P,Q,R,S),((A),1,2,4,3),((B),2,1,4,3),((C ),4,1,3,2),((D ),4,3,2,1):}

Match List - I and List - II . {:(,P,Q,R,S),((A),4,2,1,3),((B),4,1,3,2),((C ),1,4,2,3),((D ),4,1,2,3):}

Match List - I and List - II . {:(,P,Q,R,S),((A),4,3,1,2),((B),3,4,2,1),((C ),4,3,2,1),((D ),4,2,3,1):}

Some relations and laws related to fluids are given in List - I , while the physical reasons behind them are given in List - II. {:(,P,Q,R,S),((A),2,3,1,4),((B),2,4,3,1),((C ) ,4,1,2,3),((D),2,3,4,4):}

A tube is inverted in a mercury vessel as .P is the pressure inside the tube above the mercury level as shown. {:(,P,Q,R,S),((A),4,2,1,3),((B),2,3,3,2),((C ),1,2,3,4),((D),2,4,3,1):}

Match the following : {:(,"Column-I",,"Column-II"),((A),3s^(1),(p),n=3),((B), 3p^(1),(q), l=0),((C ), 4s^(1),(r ) , l=1),((D),4d^(1),(s),m=0),(,,(t),m=+-1):}

Consider int(x^(3)+3x^(2)+2x+1)/(sqrt(x^(2)+x+1))dx =(ax^(2)+bx+c)sqrt(x^(2)+x+1)+lambda int(dx)/(sqrt(x^(2)+x+1)) Now, match the following lists and then choose the correct code. Codes: {:(,a,b,c,d),((1),q,p,s,r),((2),s,p,q,r),((3),r,q,p,s),((4),q,s,p,r):}

Match column-I and Column-II {:(Column-I,,,,Column-II),((A)SF_(4),,,,(1)"Tetrahedral"),((B)BrF_(3),,,,"(2)Pyramidal"),((C )BrO_(3)^(-),,,,(3)See-saw),((D)NH_(4),,,,(4)Bent-T):}

In column - I report values of some physical quantities (or) calculations are mentioned and column - II, the number of significant figures are mentioned. Match column - I values appropriately to those mentioned in column - II {:(,"Column - I",,"Column - II"),((A),(3.20+4.80)xx10^(5),(P),4),((B),0.030,(Q),2),((C ),(3.8 xx 10^(-6))+(4.2 xx 10^(-5)),(R ),3),((D),3.033,(S),2):}

Four rods of equal length l and mass m each forms a square as shown in figure Moment of inertia about three axes 1,2 and 3 are say I_(1),I_(2) and I_(3) . Then, match the following columns {:(,"Column-I",,"Column-II"),("(A)",I_(1),"(p)",(4)/(3)ml^(2)),("(B)",I_(2),"(q)",(2)/(3)ml^(2)),("(C)",I_(3),"(r)",(1)/(2)ml^(2)),(,,"(s)","None"):}