suppose a nitrogen - 14 nuclide transforms into an oxygen - 17 nuclide by absorbing an alpha particle and…

suppose a nitrogen - 14 nuclide transforms into an oxygen - 17 nuclide by absorbing an alpha particle and emitting a proton. complete the nuclear chemical equation below so that it describes this nuclear reaction.\n square\rightarrow^{17}_{8}\text{o}+^{1}_{1}\text{h}

suppose a nitrogen - 14 nuclide transforms into an oxygen - 17 nuclide by absorbing an alpha particle and emitting a proton. complete the nuclear chemical equation below so that it describes this nuclear reaction.\n square\rightarrow^{17}_{8}\text{o}+^{1}_{1}\text{h}

Answer

Explanation:

Step1: Recall particle symbols

An alpha - particle is represented as ${2}^{4}\text{He}$, nitrogen - 14 is ${7}^{14}\text{N}$, oxygen - 17 is ${8}^{17}\text{O}$ and a proton is ${1}^{1}\text{H}$.

Step2: Write the nuclear reaction equation

The reaction is ${7}^{14}\text{N}+{2}^{4}\text{He}\rightarrow_{8}^{17}\text{O}+{1}^{1}\text{H}$. So the left - hand side of the given incomplete equation should be ${7}^{14}\text{N}+_{2}^{4}\text{He}$.

Answer:

${7}^{14}\text{N}+{2}^{4}\text{He}$