Nature produces many things such as plants, animals and minerals. Everything that nature forms seems to have somewhat a fairly symmetric pattern. Miners argon almost perfect, for exemplar the snow flake. It has six sides and they are almost exact mirror images of each other. Crystals as well as often are very symmetrical. Plants and animals are symmetrical to a certain extent. An animals body, if cut down the center gener every last(predicate)y mirrors the other side, not perfectly of course. Minerals are to a greater extent geometric than plants and animals, with straight planes and lines rather than the curves often visible in plants and animals.
        Salt is considered a mineral but has a few very unlike characteristics. Salt, unlike other minerals, has a taste. ordinarily a very drying and sour taste. If you were to lick a crystallisation no taste would be given off. Salt is also soluble. If you leave a salt crystal in urine for a couple of hours it completely dissolves. No other see-through minerals dissolve in water like salt does.
        As discussed briefly in the comparison between minerals, plants and animals we established that all are fairly symmetrical. We learned a bit right away about how to determine in how many ways an objective lens is symmetrical.
If you could cut the object in two and hold a mirror against one side and looking into the mirror the organise looked the same as before it was cut it is symmetrical. If the angles are different in any way it is not symmetrical. We also calculate out how to count the case axis of different shapes. A square with four equal sides has a four plaque axis. A rectangle with two equal sides has a two face axis and so on.
        Halite is the mineral name for tabularise salt. Table salt is what we...
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