1. Fission Products:

* Two or more daughter nuclei: These are typically medium-sized atoms (atomic numbers between 30 and 60).

* Neutrons: These are the particles that initiate the chain reaction.

* Gamma rays: These are high-energy photons emitted during the fission process.

2. Energy Release:

* Kinetic energy: The daughter nuclei and neutrons are ejected with significant kinetic energy.

* Heat: This is generated from the kinetic energy of the fission products and the gamma rays.

3. Radioactive Waste:

* Fission products: Many of the daughter nuclei are radioactive and will undergo further decay, emitting more radiation.

* Actinides: These are heavy radioactive elements that can be produced as byproducts of fission.

Example:

The most common nuclear fission reaction used in nuclear power plants is the fission of Uranium-235. This reaction can be represented as:

```

n + 235U → 141Ba + 92Kr + 3n + Energy

```

In this reaction, a neutron (n) strikes a Uranium-235 (235U) nucleus, causing it to split into Barium-141 (141Ba), Krypton-92 (92Kr), and three neutrons. The reaction also releases a large amount of energy.

Note: The specific fission products and their relative abundance vary depending on the fissionable material used and the energy of the neutrons causing the fission.