In `XeO_3`, the number of `d pi` - `p pi` bonds are 'x' and in `XeO_4` are 'y' then `frac{2x + 2y} {2}` equals to

Number of p pi-d pi bonds present in XeO_(4) are

The number of peroxide bonds in perxenate ion [XeO_(6)]^(4-) is

Calculate the number of p_(pi)-d_(pi) bond(s) present in SO_(4)^(2-) :

Calculate the number of p_(pi)-d_(pi) bond(s) present in SO_(4)^(2-) :

XeO_4 molecule is tetrahedral having 'n' number of p pi - d pi bonds. The value of 'n' is

In naphthalene number of sigma bonds = x and number of pi bonds = y then the value of (x-y)

The total number of ordered pairs (x, y) satisfying |y|=cosx and y=sin^(-1)(sinx) , where x in [-2pi, 3pi] is equal to :

Which of the following compound have number of p pi-p pi bond equal to p pi - d pi bond.

The number of points of intersection of the curves 2y =1 " and " y = "sin" x, -2 pi le x le 2 pi , is

The number of bond pairs is X and lone pairs is Y on Xe (central atom) in XeO_(3)F_(2) . What is the sum of X+Y ?