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 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.

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.

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.

Answer 1

The correct distinction between a nuclear reaction and a chemical reaction 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.

Thus, the main differences are:

• Nuclear reactions involve changes in the nucleus of atoms, which can result in the transformation of one element into another.
• Chemical reactions involve the rearrangement of electrons and do not change the nuclei of the involved atoms, leading to the formation of different compounds.