Why do we need to calculate the average atomic mass of isotopes of an element for computation?

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(N/A) Elements exist in nature as a mixture of different isotopes,each with a specific relative abundance. Because these isotopes have different atomic masses,a single atomic mass value cannot represent the element accurately. Therefore,the average atomic mass is calculated by taking the weighted average of the masses of all naturally occurring isotopes based on their percentage abundance.

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Similar Questions

The nucleus of a hydrogen atom is known as:

Give a reason to explain why
$(a)$ isotopes of an element show identical chemical properties?
$(b)$ the atomic masses of elements are in fractions?
$(c)$ atoms combine with other atoms?

Given that a natural sample of iron $(Fe)$ has isotopes $_{26}^{54}Fe$,$_{26}^{56}Fe$,and $_{26}^{57}Fe$ in the ratios of $5\%$,$90\%$,and $5\%$ respectively. What will be the average atomic mass of iron $(Fe)$ (in $u$)?

An alpha particle is also known as

Which of the following statements are true for an element?
$(i)$ Atomic number $=$ number of protons $+$ number of electrons
$(ii)$ Mass number $=$ number of protons $+$ number of neutrons
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$(iv)$ Atomic number $=$ number of protons $=$ number of electrons

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