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The isotopes of copper have the relative atomic masses of 63 and 65 and these are approximations. The exact values contain decimal figures.
Few elements have isotopes. their atomic mass is not a whole number.
Elements exist as isotopes in nature. So their atomic weight is not a whole number.
Like almost all of the other elements bromine is a mixture of so-called isotopes. All of these isotopes are bromine and have almost identical chemical properties. They all have the same number of protons in the nuclei of their atoms. However, the numbers of neutrons in their nuclei vary. The atoms of some isotopes of bromine are a little heavier than the atoms of other isotopes. The atomic weight of bromine is the average weight of all of the isotopes of bromine, so it cannot be a whole number.
Every individual atom is an isotope - it has a whole number of neutrons and a whole number of protons in its nucleus. The word isotope generally refers to a quantity of some material, where every atom in that portion has the same whole numbers as described above.
Atomic mass of isotopes is not a whole number.
The isotopes of copper have the relative atomic masses of 63 and 65 and these are approximations. The exact values contain decimal figures.
The short answer is yes. The long answer is that isotopes have different numbers of neutrons than other isotopes of the same element, so when expressing the mass of an isotope, you don't take an average; you just add the number of neutrons and the number of protons. However, that number is not entirely accurate since the mass of a proton and a neutron are very slightly different. So, if you want to be very exact, then no, the mass of an isotope is not a whole number, but it is very, very close.
Mass number is the average of all the naturally occurring isotopes of that element. When calculated, this average is not a whole number.
Few elements have isotopes. their atomic mass is not a whole number.
what whole number will 8 always divide by?
Elements exist as isotopes in nature. So their atomic weight is not a whole number.
Yes, the difference of two whole numbers is always a whole number.
Approximately, yes. But the mass number is an average of the masses of the isotopes of the element, weighted together according to their abundance. This averaging of different whole numbers results in the mass number not being a whole number.
yes,because in isotopes neutrons differ from normal element.
yes
Yes always