Should Manganese Nodules be Exploited as a Source of Metal? Should we continue exploiting manganese nodules as a source of metal, taking into consideration all the moral aspects.

Manganese nodules be small, dark, potato-shaped mixtures of different minerals, containing sources of useful metals such as manganese, iron, copper, nickel, lead, coat and cobalt. The nodules are form by about 24% of manganese, 15% iron, 1.5% of nickel and smaller abundances of the other elements. Manganese nodules are raise in large quantities in the sea-beds of oceans proximate to the regions of Russia, Brazil, Australia, forge Islands, southwesterly Africa, Gabon, India and the Solomon Islands. It is generally found under depths of 2,750 to 4,500 meter of water, spirited ofttimes near tectonic plate boundaries, as it is formed from travel lava solidified between diverging oceanic plates. Therefore, it has a very small growth rate, millimetres per million years. Theyre usually hardened a few thousand kilometres off the closest Continental shores. In the early 1970s, undersea manganese nodules were considered gold mines. Since the level-headed aspects of manganese werent clear as the nodules were outside most EEZ s, the UN created the international sea bottom Authority, located in Kingston, Jamaica, to regulate these issues. This judicature has passed down the police force which states that the shoreline of the closest country to the resources has judicial rights over it. Manganese was recognised as an element by Bergman Scheele and others and was isolated by J.G. Grahn in 1774 in Stockholm, Sweden.

Manganese is a transition metal that resembles iron; it is greyish white coloured, exactly its harder and very brittle. It is also chemically reactive, as it decomposes water slowly . Its nuclear number is 25, atomic weight is! 54.938 and atomic symbol is Mn. Its negatron configuration is 2-8-13-2 and it has melting and boiling points of 1245ºC and 1962ºC. Manganese plays a vital biological role for humans, as it is essential for flushed skin and strong bone and cartilage formation. Its... If you want to support a full essay, order it on our website: BestEssayCheap.com

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