A compound which contains one atom of X and two atoms of y for each three atoms of z is made of mixing 5 gm of x, `1.15 times 10^(23)` atoms of Y and 0.03 mole of Z atoms. Given that only 4.40 gm of compound results. Calculate the atomic weight of Y if atomic weight of X and Z are 60 and 80 respectively.

A compound which contains one atom of X and two atoms of Y for each three atoms of Z is made by mixing 5.00 g of X, 1.15 xx 10^(23) atoms of Y and 0.03 mole of Z atoms. Given that only 4.40 g of the compound is formed. Calculate the atomic weight of Y if the atomic weights of X and Z are 60 and 80 amu respectively.

Calculate mass of sodium which contains same number of atoms as are present in 4 g of calcium (Atomic weight Na = 23 , atomic weight Ca = 40 )

Calculate mass of sodium which contains same number of atoms as are present in 4 g of calcium (Atomic weight Na = 23 , atomic weight Ca = 40 )

Calculate mass of sodium which contains same number of atoms as are present in 4 g of calcium (Atomic weight Na = 23 , atomic weight Ca = 40 )

the summation of atomicity of compounds in x,y and z is?

the summation of atomicity of compounds in x,y and z is?

If a pure compound is composed of X_(2)Y_(3) molecules and consists of 60% X by weight what is the atomic weight of Y in term of atomic weight of X (Atomic mass of X=M_(x) )?

A compound contains atoms X,Y and Z. the oxidation number of X is +2 , of Y is +5 and of Z is -2 . The possible formula of the compound is

The atomicity of a species is x and its atomic weight is y. The molecular weight of the species is