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The Atomic Mass of an element is the weighted average of masses of the isotopes of the element, weighted in proportion to their abundance.

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Q: How do the decimal places on the atomic masses of elements realate to isotopes?
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Why isn't the atomic mass of most of the elements on the periodic table an integer and not a decimal?

Because of each elements many isotopes they the do not average out to a integer.


Is the atomic mass used for the mass of an element which has isotopes?

Yes, it must be used as all elements have one or more isotopes and all elements have an atomic mass.


What is the average mass of the mixture of an elements isotopes?

All of the isotopes in an element's atomic masses divided by the amount of isotopes there are is the weighted-average mass of the mixture of an elements isotopes.


What does the decimal tell you in an atomic mass?

that there are stable isotopes of that element


Is the reason that an element's average atomic mas is often a decimal number stems from the fact that elements have isotopes?

Yes, the reason that an element's average atomic mass is often a decimal number is the fact that most elements have more than one isotope stable against radioactive decay and that these isotopes, each of which individually has an integral mass number, occur naturally in amounts that do not lead to integral average gram atomic masses.


What is the average of the mass numbers of an elements isotopes?

the Atomic Mass


Why elements don't have whole numbers?

do you mean the why is the average atomic mass not a whole number? because if that is your question, then the answer is that each element has multipal isotopes and the mass you see on the periodic table is the average of all the isotopes together. So there has to be a decimal on the periodic table of elements


How you calculate the relative atomic weight of uranium?

The atomic weight of an element is derived from the atomic masses of the isotopes of this element and from the percentage of these isotopes. The correct terms are: - atomic weight for elements - atomic mass for an isotope


What is the value that depends on the distribution of the elements isotopes in nature and the masses of those isotopes?

This value is the atomic weight.


Do copper isotopes have a whole atomic mass?

The isotopes of copper have the relative atomic masses of 63 and 65 and these are approximations. The exact values contain decimal figures.


Is there a difference between mass and atomic mass when dealing with elements?

Generally the term "atomic mass" is used for isotopes. For elements is preferred now "atomic weight".


How scovery of isotopes explain why atomic wieghts do not always give the correct order of elements?

This is due to the fact that all elements have isotopes, meaning that there atomic weight is in fact much greater than stated in the periodic table. This means that the elements are only weighed by their compound and not including the isotopes.