Which of the following characterizes an atomic attribute that renders certain atoms suitable for applications in nuclear medicine and nuclear power generation?(1 point)

Question

Responses

Isotopes of an element vary in the quantity of neutrons they possess. Certain stable isotopes are harnessed in the fields of nuclear medicine and nuclear power generation.
Isotopes of an element vary in the quantity of neutrons they possess. Certain stable isotopes are harnessed in the fields of nuclear medicine and nuclear power generation.

Isotopes of an element vary in their electron count. Certain unstable isotopes find application in nuclear medicine and the generation of nuclear power.
Isotopes of an element vary in their electron count. Certain unstable isotopes find application in nuclear medicine and the generation of nuclear power.

Isotopes of an element vary in the quantity of neutrons they possess. Certain unstable isotopes are utilized in the fields of nuclear medicine and nuclear power generation.
Isotopes of an element vary in the quantity of neutrons they possess. Certain unstable isotopes are utilized in the fields of nuclear medicine and nuclear power generation.

Isotopes of an element exhibit variation in their electron counts. Certain stable isotopes find applications in nuclear medicine and nuclear power generation.

Answer 1

The correct characterization is:

Isotopes of an element vary in the quantity of neutrons they possess. Certain unstable isotopes are utilized in the fields of nuclear medicine and nuclear power generation.

This statement accurately reflects that isotopes, which are variants of an element, differ in their neutron count. In nuclear medicine, certain unstable isotopes (radioisotopes) are used for imaging and treatment, while in nuclear power generation, unstable isotopes (such as uranium-235) are key for nuclear fission reactions.