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Most of Earth's earthquakes (especially the larger ones) are concentrated along the Earth's tectonic plate boundaries, particularly the destructive ones. However some earthquakes (and even some large ones) do happen away from these areas in the centre of the tectonic plates and these are called 'intra plate' earthquakes - where 'intra' means 'interior'.
Extrusive Igneous Its intrusive igneous A+
Igneous rock is formed when magma cools and becomes solid.
No. Tectonic forces are from within the earth. Weathering and erosion come from the atmosphere.
The process that can change an igneous rock into a metamorphic rock is called metamorphism. This occurs when the igneous rock is subjected to high temperatures and pressure deep within the Earth's crust. These conditions cause the minerals in the rock to recrystallize and realign, forming a new metamorphic rock with different physical and chemical properties.
"the space within which daily activity occurs"
Most of Earth's earthquakes (especially the larger ones) are concentrated along the Earth's tectonic plate boundaries, particularly the destructive ones. However some earthquakes (and even some large ones) do happen away from these areas in the centre of the tectonic plates and these are called 'intra plate' earthquakes - where 'intra' means 'interior'.
Intrusive igneous rocks.
Intrusive igneous rocks form within the Earth
The formation of intrusive igneous and metamorphic rocks.
igneous rocks form within earths surface
Extrusive Igneous Its intrusive igneous A+
Extrusive Igneous Its intrusive igneous A+
Igneous rock that forms within the Earth is intrusive.
Igneous rock is formed when magma cools and becomes solid.
No. Tectonic forces are from within the earth. Weathering and erosion come from the atmosphere.
Extrusive igneous rock, like basalt and rhyolite.