Copper-$64$ can decay by either ${\mathrm{\beta }}^{+} \&\hspace{0.17em}{\mathrm{\beta }}^{-}$ emission . Give equations for both processes and identify the resulting elements.

Uranium $238$ decays through a series of $\mathrm{\alpha } \& \mathrm{\beta }$ -decays to eventually form the stable isotope lead- $206$ in what is known as a decay chain.

Determine the number of each type of decay in the decay chain.

 Draw a diagram similar to Figure to show ${\mathrm{\beta }}^{+}$ - dacay.

A visual representation of the change within the neutron as it decays into a proton.

Write an equation to describe the changes in ${\mathrm{\beta }}^{+}$ - decay.

A visual representation of the change within the neutron as it decays into a proton.