Naturally ocuuring chlorine is `75. 53% Cl ^(35)` which has an atomic mass of `34.969 amu` and `24. 47% Cl^(37)`, `24.47%Cl^(37)`, which has a mass of `36. 966` amu. Calculate the average atomic mass of chlorine .

Chlorine occurs in nature in the form of the isotopes CI^35 (atomic mass = 34.969 amu) and CI^37 (atomic mass = 36.966 amu) in the ratio 75.53% and 24.47%. Calculate the average atomic mass of chlorine.

Chlorine has two isotopes "_17^35Cl And "_17^37Cl in the ratio 3:1 . Calculate the average atomic mass of chorine.

Naturally occuring chlorine is a mixture of two isotopes. In every sample of this element 75.77% of the atoms are 35Cl and 24.23% are atoms of 37Cl. The accurately measured atomic mass of 35Cl is 34.9689 u and that of 37Cl is 36.9659 u. From these data. Calculate the average atomic mass of chlorine.

Natural chlorine consists of two isotopes : 75% ""_(17)^(35)Cl and 25% ""_(17)^(37)Cl . Calculate the average atomic mass of chlorine .

Chlorine has two isotopes of atomic mass units 34.97 u and 36.97 u . The relative abundances of these two isotopes are 0.735 and 0.245 respectively. Find out the average atomic mass of chlorine.

Chlorine (Z =17) has two isotopes with mass numbers 35 and 37, relative abundance being 3 : 1.Calculate the average atomic mass of chlorine.

in chlorine .^(35)CI and .^(37) CI is in 3:1 ratio calculate charge atomic mass.

Natural chlorine contains chlorine in the form of the isotope ""^(35)Cl (75.5%) and ""^(37)Cl(24.5%) . Calculate the average atomic mass of natural chlorine.