Physics Tuition in Singapore makes you understand Fusion vs. Fission
Look at the sun, it is one of the most powerful examples of nuclear reactors. Fusion takes place inside the sun at extremely high temperatures and gravitational pressure. There are two kinds of nuclear reactions known as nuclear fusion and nuclear fission. Nuclear fission involves the disintegration of the elemental nucleus whereas fusion is the amalgamation of the elemental nucleus. Differentiation of fusion and fission may be difficult for you to understand. So, it is best to engage with Physics Tuition in Singapore.
Know the difference between Fusion and Fission from Physics Tuition in Singapore
The base of nuclear energy is to harness the power of atoms by amalgamating them known as fusion. Splitting them apart is known as fission. Both of these processes can alter atoms for creating energy. It is vital for the students to understand the difference between fission & fusion to make the nuclear energy portion of physics strong. Students facing issues in this topic can take guidance from Physics Tuition in Singapore . Tutors can efficiently guide you to know the difference between fusion & fission. Do not waste time and contact the best Physics Tuition Centre.
Fusion Vs. Fission
1. Nuclear fission
Fission is the term that scientists Lise Meitner and Otto Frisch have coined. They have named the term after the “binary fission” for describing cell division. Like cell division, in the process of fission, an atom splits into very small particles. Fission occurs when large and unstable isotopes bombard through high-speed particles – neutrons. These neutrons get accelerated and banged into unstable isotopes by casing fission.
2. Nuclear fusion
Fusion occurs when two low-mass isotopes combine under the conditions of extreme temperature and pressure. A huge amount of energy is released in the nuclear fusion process. It is much greater than the energy released at the time of the nuclear fission reaction. Atoms of Deuterium and Tritium combine to produce helium isotopes and a neutron. Get guidance from the Physics Tuition centre to understand fusion & fission.
3. Understand the main difference between physics tuition centre
Fission is efficiently used in various nuclear power reactors because it can be controlled. Fusion can not be utilized for producing power. Fusion provides an opportunity as its process creates very less radioactive materials than fission reactions. Fusion reactions are costly to work on nuclear fusion control for producing electricity.
In nuclear fission, an atom’s nucleus splits into nuclei via nuclear reaction. In a fusion reaction, two or even more light nuclei collide with one another by forming a heavy nucleus. Fissions do not happen in nature naturally but the reactions of fusion happen in stars & sun. Atomic bombs work nuclear fission principle. The hydrogen bomb works nuclear fusion bomb’s principles. So, both fusion and fission are nuclear reactions producing energy but with distinct processes.
We hope this blog has helped you to understand the difference between fusion and fission. You may feel nuclear energy is a challenging part of physics, but if you understand the concepts with examples, it will become easy. Engage with one of the leading Physics Tuition centres in Singapore.