II. A LAW OF NATURE

In order to aid the explanation of the process of transforming energy into matter it is best to first review a couple of analogous models which incorporates a law of nature. Consider these examples:

1.     How does the liquid state of a rain drop emerge from the gaseous state of air? The ability of air to absorb water is relative humidity (RH). The lower the RH, the greater its ability to absorb water. When the RH is 0%, air has no water molecules and its ability to absorb water is at its greatest. Any water around will be absorbed very quickly. When RH of the air is 100%, it is saturated. Saturated air cannot absorb any more water. Before air is saturated, water molecules exist only in their gaseous state. At this time, the water is part of the air; water and air are of the same body. If the temperature of the saturated air drops, raising the RH to 100%, excess water will be expelled from the air to form a visible cloud or fog that is separate from the air. As the mist thickens, rain droplets will develop and precipitate into rivers and streams. If the RH of the air drops again due to a temperature rise, the air will absorb the mist and even water on the ground. This example illustrates two processes; one in which air and water are one and the same (RH between 0% and 100%), and one in which water is separated from the air (water content in excess of 100%).

2.     How does salt, which is in a solid state, appear in water, which is in a liquid state? If salt is introduced to a bowl of pure distilled water, the salt content of the solution will increase. Once the water is saturated, it cannot absorb any more salt and no matter how much salt is added thereafter, its salinity will remain the same. If you pour the saturated salt water solution into a pot (leaving behind the crystals) and then heat up the pot, the solution’s saturation point will drop and it will be able to absorb more salt as it is added. The saturation point will shift based on temperature. If you then pour the hot saturated salt water solution into a new empty bowl and allow it to cool, you will see salt crystals appearing in the bowl. The cooler the water becomes, the more crystals will form. At this point, the salt water solution is still saturated because the salt content in the solution exceeds its saturation point capacity. This is the way salt crystals are produced. However, if the solution is not saturated it will absorb salt.

From the past two examples, we can see that things strive to keep their balance and remain saturated. Saturation is naturally an ideal condition. Let’s examine a final example: the refrigerant cycle in a closed refrigeration system.

3.     A compressor converts a low-temperature, low-pressure refrigerant gas into a high-pressure, high-temperature gas. In the high-pressure side of the system, air or water is used to absorb heat from the refrigerant. When the temperature of the refrigerant drops to its high-pressure saturation point, the refrigerant becomes saturated and liquid begins to form in the gas. As heat continues to be carried away, the liquid content in this part of the system will increase. During this phase, the temperature remains fixed and the refrigerant remains in its saturation point. The heat that is given off by the refrigerant during this process is called the latent heat. Once all the gas becomes liquid, the temperature of the refrigerant will begin to drop again. Then this high-pressure, ambient-temperature liquid is impelled into the low-pressure side of the system. In the low-pressure side, the temperature of the refrigerant’s saturation point is much lower than the surroundings that are to be cooled. The saturated liquid refrigerant will then absorb latent heat from the surroundings which will turn the refrigerant into a gas at a fixed temperature. When it becomes entirely gas, it will be compressed once again in the compressor.

Each of the preceding examples demonstrates physical reactions.

PREV | NEXT

11 thoughts on “II. A LAW OF NATURE

  1. GVEShop says:

    Their service is very good. If you want to Buy Google Voice Account you can buy from GVEShop.

  2. I’m glad reading your article. But want to remark on some general things, The website style is great, the articles are excellent. Good job,

  3. Really exceptional One. Yours are doing great work I like it in particular and I welcome you and bouncing for some more instructive posts. Much obliged to you for sharing incredible data to us.keep it up.

  4. I’m glad reading your article

  5. I am very happy by reading your blog that you have made a clear concept about marijuana recommendation.

  6. Thanks for sharing this information. I really like your blog post very much. You have really shared an informative and interesting blog post with people.

  7. Really this blog is very informative. I learned a lot from here. Thanks for sharing.

  8. Hey, your post is really amazing. This is an information site. I learned so much from here. Thanks for sharing.

  9. Love it! Very interesting topics, and I hope the comments and suggestions received are equally positive. Thank you for sharing this really useful information.

  10. Mike says:

    an informative article.
    I totally agree with this article. There are a lot of diseases that cannabis can cure. It just takes the right knowledge and dosag
    of it. Now that high technology is slowly invading society, I’m sure that there will be a lot more inventions that cannabis can do
    to cure the diseases of the people

  11. Spot on with this write-up, I honestly think this amazing site needs a great deal more attention. I’ll probably be back again to read through more, thanks for the information! Order now for cannabis oil, CBD oil and medical marijuana from legal weeds online dispensary. see medical marijuana seeds for sale

Leave a Reply

Your email address will not be published. Required fields are marked *