Difference Between Nuclear Reaction And Chemical Reaction

The Key Difference Between Nuclear Reaction And Chemical Reaction is that Nuclear reaction and chemical reaction the two types of reactions that occur in the world around us. Both the processes are very different from each other.

The chemical reaction is responsible for the generation of heat and other components that are present in our everyday life. On the other hand, a nuclear reaction is responsible for the production of energy in the form of heat and light.

The chemical reaction is responsible for the molecular changes, while the nuclear reaction is responsible for the changes in the nucleus of the atom.

What is Nuclear Reaction?

In chemistry, nuclear reactions are a group of processes in which a nucleus of an atom is altered, producing a different nucleus and one or more of the following: photons (eg. gamma rays), neutrinos, and/or particles made of one or more of the fundamental interaction forces.

What is Chemical Reaction?

A chemical reaction is the transformation of one or more substances into one or more different substances. This transformation may involve changes in solubility, color, odor, melting point, boiling point, elemental composition, and so on. It is not a physical change, but a change of molecular structure, and usually occurs in a chemical laboratory or plant.

Try Also

MajorĀ  Differences Between Nuclear Reaction and Chemical Reaction

  1. A nuclear reaction is generally a reaction that occurs within the nucleus of an element, atom, or molecule, and a chemical reaction is a reaction that occurs outside the nucleus of an element, atom, or molecule.
  2. In general, a nuclear reaction can be defined or cited as a reaction that occurs in a nucleus and transforms the nucleus of an element, atom, or molecule into another atom to form a completely different reaction, but it can be a chemical reaction. described or defined as a reaction that occurs because an atom or an atom or a molecule changes with each other without a change in the nucleus.
  3. In a nuclear reaction, the bonds are not broken because new ones are formed. On the other hand, elements, atoms, or molecules are chemical reactions that form bonds and break down to form new elements, atoms, or molecules.
  4. Nuclear reactions are almost irreversible, but chemical reactions can be reversible or irreversible.
    The energy released by a nuclear reaction is one million individual electrons/nuclei, and the energy released by a chemical reaction is J/mol or KJ/mol.


Chemistry is the subject of the formation and decomposition of an atom or an element or a molecule into an atom or another element or a molecule. Many reactions have been studied under the topic of nuclear and chemical reactions.

These are reactions that occur in everyday life and in space. Nuclear reactions occur through fission and fusion, and chemical reactions occur through the rearrangement of atoms, molecules, and elements.

The enormous amount of heat released during a nuclear reaction is large, expressed as a million electrons/nucleus, and the amount of heat released is small, represented by Jol/mol or KJ/mol.

Related Articles

Leave a Reply

Your email address will not be published.

Back to top button