HAWAIITE Meaning and
Definition
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Hawaiite is a type of igneous rock that is considered to be a volcanic rock variety belonging to the basaltic rock family. It is named after the Hawaiian Islands, where it was first identified and extensively studied. This particular type of rock is formed by the extrusion of magma from volcanic vents and fissures.
Hawaiite is characterized by its fine-grained texture and dark coloration, usually ranging from black to dark gray. It typically contains significant amounts of minerals such as olivine, feldspar, and pyroxene. The exact composition of hawaiite can vary, but it generally falls within the basaltic composition range.
The formation of hawaiite is associated with the relatively low-viscosity nature of the erupted lava, which allows it to flow easily and spread over larger areas. This results in the creation of flat-topped volcanoes known as shield volcanoes, which are a common geological feature found in the Hawaiian Islands.
Due to its mineral composition and geological origin, hawaiite possesses certain physical properties. For instance, it exhibits a relatively low density and possesses moderate to high strength. It is also commonly used as a construction material due to its durability and resistance to weathering.
In summary, hawaiite is a type of volcanic rock found in the Hawaiian Islands, characterized by its dark color, fine-grained texture, and basaltic composition. It is formed from lava extrusions and is associated with the creation of shield volcanoes.
Common Misspellings for HAWAIITE
- gawaiite
- bawaiite
- nawaiite
- jawaiite
- uawaiite
- yawaiite
- hzwaiite
- hswaiite
- hwwaiite
- hqwaiite
- haqaiite
- haaaiite
- hasaiite
- haeaiite
- ha3aiite
- ha2aiite
- hawziite
- hawsiite
- hawwiite
- hawqiite
Etymology of HAWAIITE
The word "hawaiite" is derived from the name of the Hawaiian Islands, particularly Hawaii (also known as the Big Island), where this type of volcanic rock is abundant. The term combines "Hawaii" with the suffix "-ite", commonly used in mineralogy and petrology to indicate a rock type.
