Natural Chlorine is found to be a mixutre of two isotopes of masses 34.98 a.m.u and 36.98 a.m.u. respectively. Their relative abundances are 75.4 and 24.6% respectively. Find the composite atomic mass of natural chlorine.

Chlorine occurs in nature in the form of two isotopes with atomic masses 34.97 and 36.97 respectively. The relative abundance of the isotopes are 0.735 and 0.245 respectively. Find the atomic mass of chlroine.

Natural chlorine is composed of two isotopes ""_(17)Cl^(35) and ""_(17)Cl^(37) with masses 34.968 and 36.968, respectively. If their relative abundance are 75.18% and 24.22% respectively, calculate the composite atomic mass of the natural 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 has two isotopes having masses 34.98u and 36.98u. The relative abundances of these isotopes are 75.4 and 24.6 percent. Then average mass of chlorine atom is….u

Chlorine consists of the two isotopes ""_(17)Cl^(35) and "'_(17)Cl^(37) of masses 34.99 amu and 36.97 amu, respectively. Calculate the relative abundance of each isotope if atomic mass of chlorine is 35.46 amu.