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Highlights
Have you ever wondered what powers the rovers sent for space exploration and the space stations set up in space? Yes, it is nuclear power! The most powerful source of energy is produced by nuclear fission reactions.
It is definitely rocket science, for real! And we get that it's not everyone cup of tea. It's understandable if you, too, cannot get your head around that assignment on nuclear power production, congratulations! You have landed at the right place. With our premium science assignment writing services, you can now be relieved of all those submission deadlines closing in on you. Let's get to know this subject a little more.
A nuclear reaction is essentially a transformation reaction, wherein a nucleus is bombarded with an external sub-atomic particle or sometimes with another nucleus to undergo an exchange of energy, and this energy is utilized to produce nuclear power. There are many types of nuclear reactions.
Nuclear power plants and reactors utilize fission reactions. A fission reaction is one in which the nucleus of an atom splits up into smaller particles with the release of a large amount of energy, either in the form of heat, or photons, or both.
Our experts who provide help with nuclear power production assignments explain in simple steps how nuclear power is produced.
1. The onset of a chain reaction
In the reactor, neutrons are bombarded on a radioactive atom, like Uranium, to produce more resulting neutrons. These, in turn, hit other atoms and produce even more neutrons. This goes on and develops into a self-sustaining chain reaction.
2. Water is heated and circulated through the reactor machinery
The chain reaction sends out enough energy to heat the water. The temperature reaches as high as 300-350°. Very high pressure is applied to the water to keep it from evaporating as the machinery requires running water to keep the reactor operational.
3. Steam is created from the intense heat of the process
All this heat is utilized in the generation of steam from the liquid water, which is not under the influence of extremely high pressure.
4. Electrical energy is produced from steam.
The power production plant is fitted with various turbines which spin by energy from the steam. This leads to transformation into mechanical energy. The turbine machinery is connected to a generator that converts the mechanical energy to electrical energy.
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To support all our claims we just preached about, let us also take you through some of the many questions we receive from students around the world who are looking for assignment help online. Below are attached images of comprehensive type questions on nuclear energy received by us.
Here are a couple of snippets from the solutions crafted by our academic writers for the students on the topic of nuclear energy. Please have a look at the well-written text that reflects the knowledge and the research conducted by the help provider.
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