What nuclear reaction yields 13N from hydrogen and oxygen?

The correct answer describes a nuclear reaction involving hydrogen and oxygen that produces nitrogen-13 (13N). In this case, the specific nuclear reaction of H2 with 16O is noteworthy because it represents the interaction of a hydrogen isotope (specifically deuterium, or H2) with the stable oxygen isotope (oxygen-16). During this reaction, two protons are involved, which can result in the formation of 13N through a series of transformations involving nuclear decay processes.

In the context of nuclear chemistry, the interaction of isotopes can result in the formation of heavier elements or isotopes as a byproduct. The reaction between deuterium and oxygen is favorable in this scenario and leads to the creation of nitrogen-13 as a usable product.

While the other options may involve hydrogen and various isotopes of oxygen or nitrogen, they do not represent the specific and defining interaction that yields nitrogen-13 as described in the original question. Hence, the choice of H2-16O correctly identifies the reaction path that produces 13N from hydrogen and oxygen.