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MINERALS IN THE PERIODIC TABLE

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Have you ever wondered why drinking water remains so clean even after a long period of time? It is very simple. Minerals like the aluminium sulfate are introduced into the water. It is very soluble in water with a melting point of 770 degrees, a density of 2.67 grams per cubic centimeter. The sulfate minerals act as the drinking waters’ treatment. They may also be referred to as the coagulant for water treatment. Aluminium is made available with other smaller amounts of other minerals. An example of these minerals is iron. The crystalline structure in the aluminium sulfate is what can clean the water by ripping apart other minerals that may be hazardous to life and attaching other atoms to the atoms and areas that need to be assimilated. This is how minerals that act as environmental and especially water pollutants can be removed from the water source. The bioenergy of the crystalline structures purifies and keep the water clean. Waste water may also be treated in the same way using the aluminum sulfates. It is said that some minerals affect our emotions but the truth of the matter is that these minerals when in the right amounts have no impact on the human being’s emotions. Water that is clean for human consumption ensures cases like dulled senses, slowed motor ability, or death caused by viruses and germs are reduced. Treating water reduces this and many more risks.

Deposits of minerals in water

Should we use fertilizer for our soil? Is fertilizer harmful or useful to the soil? Could I be able to use organic materials as fertilizer for my crops? Which type of fertilizer is better, the organic fertilizer or the manufactured fertilizer? Is it possible to cook my own fertilizer? There are many questions that can be asked about the fertilizers. Many people who do not engage in farming know little or no information about fertilizer however, it affects us all. Fertilizers are generally referred to as a chemical or a natural substance added to the soil or land to increase the soils’ fertility. Its either organic like the animal manure or is simply manufactured. The manufacture fertilizers are preferred to the organic for they are packagable, readily available, inexpensive, and easy to apply in the soil. When the manufactured fertilizer is mixed, or applied in soil it is taken up by the crop. The plants process the minerals through secondary bond. The fertilizers then react with the soil minerals and organic matter to become part of the soil reserve. The plant tries to process the fertilizers and if the fertilizer cannot be processed it is stored in the leaves. This is what is referred to as the incomplete chemical reaction. This incomplete reaction can only be the case if the fertilizer is applied improperly and the plant is unable to process it properly but processes little amount. When applying, fertilizers allow it to sit over time and this improves it and makes its performance better with time.

Types of different fertilizers with different components

The unprocessed fertilizers that have been stored in the leaves of the crops are then passed to humans who consume these crops. A gardener may harvest the leaves of his vegetables and then as they eat the food the body takes these minerals and just like the plant he or she is unable to process the minerals into usable components of the body. The minerals hence go down the blood stream and depending on where the minerals sit and accumulate they cause damage. If the minerals sit in the kidneys one, then suffers from diseases like kidney stones and if they sit in other regions they cause the growth of tumor cells. These tumor cells accumulate and cause cancer which is a leading killer disease that technology is trying to eliminate. Regarding the risks that arise from poor application of the manufactured fertilizers, proper care and maintenance should be taken and considered during the application process. Prevention is certainly better than cure.

Plants that have had fertilizers applied during crop production

periodic3.jpgA fertilizer with different components of minerals in it

The laws of minerals include that any mineral in large amounts especially in isolated form is very toxic. Especially, to living organisms. The reason we isolate minerals is to create products that others will not be able to replicate. In other words, to create a whole range of products that was previously not present to other human beings. During this process, we can create an infinite number of minerals. A manmade science has come up that tends to help us understand the minerals i.e. the periodic table. Using this knowledge, we can understand, manipulate and balance the environment to ensure it is never toxic enough for the human being to survive in. Areas that have large amounts of an isolated mineral e.g. mercury is practically non-habitable to human beings hence remain undisturbed. Different mineral compositions create different items hence one should know what mineral to use to create and produce what.

Life is meant to replicate. The seed can sprout from nothing and germinates to form a plant that will thereafter replicate by reproducing to form seedlings and the cycle continues. The sperm is also a candid example. It can bring life from a single cell to form a living human being. In minerals, the same applies. An atom combines with another and with another forming a mineral composition. These compositions can combine to form a variety of different things. This is also a form of replication. This power of replication is what makes it possible to combine different atoms of minerals and form new products. Nature does not allow minerals to isolate themselves. They tend to occur naturally as combined to other minerals hence isolating them is just a manmade science that human beings have come up with. The value of an isolated mineral is perceived to be more than that of a mineral that is combined with other minerals.

Knowledge on these minerals is important because it affects various segments of our lives like our gardening, the purity of our drinking water and many more. They play a very major role that cannot be substituted. Understanding them should be just but a beginning. Find out more information at http://leafygills.com/

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