Write a balanced nuclear reaction for the following: 216 Po 0B+ 84 -1 When balancing the nuclear reaction, explain the following: How does the Law of Conservation of Matter dictate what the daughter nuclide is? • How do we calculate the atomic mass and atomic number for the daughter nuclide? • Where do we look up what the new daughter nuclide element is?

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Write a balanced nuclear reaction for the following:

\[
\begin{aligned}
&{}^{216}_{84}\text{Po} \rightarrow {}^0_{-1}\beta + \text{_____} \\
\end{aligned}
\]

When balancing the nuclear reaction, explain the following:

- How does the Law of Conservation of Matter dictate what the daughter nuclide is?
- How do we calculate the atomic mass and atomic number for the daughter nuclide?
- Where do we look up what the new daughter nuclide element is?
Transcribed Image Text:Write a balanced nuclear reaction for the following: \[ \begin{aligned} &{}^{216}_{84}\text{Po} \rightarrow {}^0_{-1}\beta + \text{_____} \\ \end{aligned} \] When balancing the nuclear reaction, explain the following: - How does the Law of Conservation of Matter dictate what the daughter nuclide is? - How do we calculate the atomic mass and atomic number for the daughter nuclide? - Where do we look up what the new daughter nuclide element is?
Expert Solution
Step 1

The balanced equation is,

P84216o β-10 + A85216t

 

According to the law of conservation of mass, total mass is always conserved. It means that mass of reactants is equals to the mass of the products formed.

Hence, if we know the mass of reactant, mass of the product can be obtained.

Sum of mass number on reactants side = Sum of mass number on product side

 

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