in (M)=x

(Number of Geometrial isomers in (N)=y). The value of `(y)/(x)` is

The value of log_(x^(n))y^(m) is

If x^(m) y^(n) =2(x+y)^(m+n) , the value of (dy)/(dx) is

If x^(m) y^(n) =2(x+y)^(m+n) , the value of (dy)/(dx) is

the compound whose stereo chemical formula is written below, exhibits x-geometrical isomers and y-optical isomers. The value of x and y respectively are

The compounds whose stereochemical formula is written below exhibits x geometrical isomers and y optical isomers. The values of x and y are

The compounds whose stereochemical formula is written below exhibits x geometrical isomers and y optical isomers. The values of x and y are

If (x+y)^(m+n)=x^(m)y^(n) , then the value of (dy)/(dx) is -

The number of geometrical isomers possible in triamminetrinitrocobalt (III) is X and in trioxalatohromate (III) is Y. Then the value of X + Y is _________ .

In the monochlorination of 3-methylpentan, let x be the number of pairs of isomers which exist as enantiomers, y be the number of pairs of isomers which exist as diastereomers, z be the number of isomers which are achiral. Calculate the value of x+y+z .