Consider the compound given below

Find `x+y+z` where
x=total number of optically active isomers
y=total number of optically inactive isomers
z=total number of alternating axis of symmetry in its steroisomers
Fill your answer as sum of digits (excluding decimal places) till you get the single digit answer.

Total number of optical active isomers of the following compounds are respectively :

If "A" is total number of meso compounds and "B" is total number of optically active isomers, then find (A+B) for

For the given compound X, the total number of optically active stereoisomers is "_____________" .

Consider the following compounds If 'p' is the number of compounds having more enol content than III, 'q' is the number of compounds having enolic form more stable than that of IV and 'r' is the number of compounds having percentage of enolic form more than the corresponding keto form, find p+q+r . Fill your answer as sum of digits (excluding decimal places) till you get the single digit answer.

Consider the following elements B C F Cl N O If x,y and z are the number of elements having more electron affinity (Ea_(1)) than nitrogen, the number of elements having ionisation energy more than that of Na and the number of elements having electronegativity more than (or) almost equal to N respectively, find x+y+z . Fill your answer as sum of digit (excluding decimal places) till you get the single digit answer.

Determine the percentage composition (by mass) of mixture of anhydrous sodium carbonate and sodium bicarbonate from the following datam: wt. of the mixture taken = 2g Loss in weight on heating = 0.124 gm. Fill your answer as sum of digits (excluding decimal places) till you get the single digit answer.

The total number of optically inactive products obtained from the complete ozonolysis of the compound given below here is

Consider Al_(2)(OH)_(6) compound and caculate the value of (X+Y)+Z Wher X=total number of (2c-2e^(-)) bond. Y=total number of (3c-2e^(-)) bond. Z=total numbe of (3c-4e^(-)) bond

Observe the compound 'M' If in this compound X=Total number of asymmetric C^(***) atoms Y= Number of similar asymmetric C^(***) atoms Z= Number of optically active stereoisomers W= Number of optically inactive isomers R= Number of geometrical orientations in space Report your answer as : X +Y +Z+ W+ R

Find the total number of positive integral solutions for (x ,y ,z) such that x y z=24. Also find out the total number of integral solutions.