A radioactive nucleus undergoes either $α\alpha$ -decay or $γ\gamma$ -decay.

What are the products of these two types of radioactive emission?

Product after $α\alpha$ -decay: a nucleus of a different element | Product after $γ\gamma$ -decay: a nucleus of a different element

Product after $α\alpha$ -decay: a nucleus of a different element | Product after $γ\gamma$ -decay: a nucleus of the same element

Product after $α\alpha$ -decay: a nucleus of the same element | Product after $γ\gamma$ -decay: a nucleus of a different element

Product after $α\alpha$ -decay: a nucleus of the same element | Product after $γ\gamma$ -decay: a nucleus of the same element

A radioactive nucleus undergoes either $α\alpha$ -decay or $γ\gamma$ -decay.

What are the products of these two types of radioactive emission?

Product after $α\alpha$ -decay: a nucleus of a different element | Product after $γ\gamma$ -decay: a nucleus of a different element

Product after $α\alpha$ -decay: a nucleus of a different element | Product after $γ\gamma$ -decay: a nucleus of the same element

Product after $α\alpha$ -decay: a nucleus of the same element | Product after $γ\gamma$ -decay: a nucleus of a different element

Product after $α\alpha$ -decay: a nucleus of the same element | Product after $γ\gamma$ -decay: a nucleus of the same element

5.2.3a Radioactive decay

5.2.3a Radioactive decay Questions