Interpretation:The following table needs to be completed with the particle produced in reaction.
Initial nuclide | Product nuclide | Particle produced |
Concept introduction:
The fusion reaction or nuclear reaction can be defined as the reaction which follows the combination of two or more atomic nuclei and this result in the formation of one or more different atomic nuclei and subatomic particle. There is difference of the mass between the reactant and product which results the release or absorption of energy.
Answer to Problem 71AE
Initial nuclide | Product nuclide | Particle produced |
Explanation of Solution
The unstable radioactive nucleus will undergo disintegration and will also emit particle such as alpha particle
The conservation of mass and
The nuclear reaction of
Now, from the above reaction, the particle produced =
The nuclear reaction of
Now, from the above reaction, the particle produced =
The nuclear reaction of
Now, from the above reaction, the particle produced =
The nuclear reaction of
Now, from the above reaction, the particle produced =
The nuclear reaction of
Now, from the above reaction, the particle produced =
Now, the table can be given as −
Initial nuclide | Product nuclide | Particle produced |
It can concluded that the complete table of the particle produced in reaction is given as −
Initial nuclide | Product nuclide | Particle produced |
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Chapter 20 Solutions
Chemical Principles
- Which of the various particles ( particles, particles, and so on) that may be produced in a nuclear reaction are actually nuclei?arrow_forwardCite the conditions necessary for a nuclear chain reaction to take place. Explain how it can be controlled to produce energy, but not produce an explosion.arrow_forward
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