Many elements have non-integral atomic masses because
a)
They have isotopes
b)
Their isotopes have non-integral masses
c)
Their isotopes have different masses
d)
The constituents neutrons, protons, and electrons combine to given fractional masses
Many elements have non-integral atomic masses because
a)
They have isotopes
b)
Their isotopes have non-integral masses
c)
Their isotopes have different masses
d)
The constituents neutrons, protons, and electrons combine to given fractional masses
Question ID - 102065 | SaraNextGen Top Answer
Many elements have non-integral atomic masses because
a)
They have isotopes
b)
Their isotopes have non-integral masses
c)
Their isotopes have different masses
d)
The constituents neutrons, protons, and electrons combine to given fractional masses
|
Many elements have non-integral atomic masses because |
|
|
a) |
They have isotopes |
|
b) |
Their isotopes have non-integral masses |
|
c) |
Their isotopes have different masses |
|
d) |
The constituents neutrons, protons, and electrons combine to given fractional masses |
|
(a,c) Most of the elements are found in nature as a mixture of isotopes which have different atomic masses. Therefore, the atomic mass of any element is the average of the atomic masses of isotopes of that element Example: Given that the abundance of isotopes Atomic mass of iron = |
and
is 5%, 90% and 5% respectively, the atomic mass of 
is calculated as follows: