How does a nuclear reaction differ from a chemical reaction?(1 point)

Question

Responses

In a chemical reaction, the particles in the nucleus are changed, and one element is transformed into another. In a nuclear reaction, electrons are exchanged from one or more substances to produce a different substance.

In a chemical reaction, the particles in the nucleus are changed, and one element is transformed into another. In a nuclear reaction, electrons are exchanged from one or more substances to produce a different substance.

In a chemical reaction, two smaller nuclei are combined into a more massive nucleus. In a nuclear reaction, the nucleus of the large atom is split into two or more smaller nuclear fragments.


In a chemical reaction, two smaller nuclei are combined into a more massive nucleus. In a nuclear reaction, the nucleus of the large atom is split into two or more smaller nuclear fragments.

In a nuclear reaction, the particles in the nucleus are changed, and one element is transformed into another. In a chemical reaction, electrons are exchanged from one or more substances to produce a different substance.

In a nuclear reaction, the particles in the nucleus are changed, and one element is transformed into another. In a chemical reaction, electrons are exchanged from one or more substances to produce a different substance.

In a nuclear reaction, two smaller nuclei are combined into a more massive nucleus. In a chemical reaction, the nucleus of the large atom is split into two or more smaller nuclear fragments.

Answer 1

The correct response is:

In a nuclear reaction, the particles in the nucleus are changed, and one element is transformed into another. In a chemical reaction, electrons are exchanged from one or more substances to produce a different substance.

This response accurately captures the essential difference between nuclear and chemical reactions. In nuclear reactions, changes occur in the nucleus of atoms, often resulting in the transformation of elements, while in chemical reactions, the interactions primarily involve electrons and result in the formation of new substances without changing the nuclei of the atoms involved.