Question

Fluorine-18 is produced by reacting oxygen-18 with a proton, 11p. The products of this reaction are fluorine-18, a neutron, and a gamma ray. Write a nuclear equation for the production of fluorine-18.

Answer 1

The nuclear equation for creating fluorine-18 is ^{18}_{8}O + ^{1}_{1}p \rightarrow ^{18}_{9}F + ^{0}_{0}n + \gamma, showcasing the reaction between oxygen-18 and a proton to produce fluorine-18, a neutron, and a gamma ray.

Step-by-step explanation:

The nuclear equation for the production of fluorine-18 is as follows:

^{18}_{8}O + ^{1}_{1}p \rightarrow ^{18}_{9}F + ^{0}_{0}n + \gamma

This equation represents the nuclear reaction between oxygen-18 (188O) and a proton (11p) to produce fluorine-18 (189F), along with the release of a neutron (00n) and a gamma ray (\gamma).