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Geosphere: structure & minerals

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Geosphere basics

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Geosphere: structure & minerals
 

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Geosphere: structure & mineralsVersión en línea

Geosphere basics

por Anna Albareda Coca
1

The is the rocky and metallic part of the . It is one of the characteristics that supports life on the planet . Earth began as a very hot ball of molten material . When it began to cool , the denser materials , like iron , were pulled towards the centre of the Earth by gravity . A similar process occurred with the other materials . They were deposited in layers . The heaviest materials were deposited nearer the centre . The lightest materials were deposited in the outer part . This is how the three layers of the geosphere were formed . The and the formed on top of the outer layers of the geosphere .

2

This is the layer below the crust . It is 2 , 900 km deep and is the widest layer . It is mainly composed of rocks . It is a solid but plastic layer . Its temperature ranges between 1 , 000 °C and 3 , 000 °C .

3

This is the inner layer of the geosphere . It is mainly composed of . It also contains small quantities of nickel and sulphur . It has two parts : . This is the only layer in a liquid state . Its temperature ranges between 3 , 000 °C and 5 , 000 °C . . This is in a solid state . Its temperature ranges between 5 , 000 °C and 6 , 000 °C .

4

Rocks are formed from that form naturally . Minerals can be composed of a single element , like native gold or diamond . However , the majority are composed of various elements from the Earth's . For example , is composed of and .

5

Minerals like gypsum are used in . Many minerals are used to make , and . All contain two metals , niobium and tantalum . These are extracted from the mineral . Many minerals are used to make . Examples are , and . Copper cables are essential for transporting . Copper is extracted from the mineral . Some kitchen utensils are made of metals like iron and aluminium . Iron is extracted from the mineral , and aluminium from . Iron is also used to make .

6

The forces used to describe minerals include , , , , , and . Hardness is on a scale from 1 to 10 . Minerals whose hardness is known are used to scratch other minerals and determine their hardness .

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