A rare type of ultramafic rock that can contain diamonds is kimberlite.
Light colored rock such as granite that has high silica content.
Granite rock forms when rock particles get pressed and cemented together.
Such light colored minerals include quartz and orthoclase potassium feldspar.
Rocks such as granite which is light colored and has high silica content.
T f magma that is low in silica usually forms light colored rocks such as granite.
An igneous rock forms from magma.
A rare type of ultramafic rock that can contain diamonds is kimberlite.
Felsic and mafic rocks.
False high t f igneous rocks are classified by their origin texture and mineral composition.
One of the.
The lava that is low in silica usually forms in dark colored rocks such as basalt.
A rare type of ultramafic rock that can contain diamonds is kimberlite.
Molten rock material with abundant silica is thick slow moving and form rocks that have lower densities.
Rock such as peridotite which has low silica content and very high levels of iron and magnesium.
Igneous rock is the most abundant rock type on earth.
Rock such as granite which is light colored and has high silica content is granitic.
Which of the following is one of the most durable igneous rocks.
Is generally a light colored rock with a high silica content.
Molten rock inside earth s surface often a slushy mix of molten rock gases and mineral crystals silica is the most abundant compound.
Dark colored rock such as gabbro that is rich in iron and magnesium.
Cooling slowly creating crystals.
Rocks such as gabbro which is dark colored has a low silica content and is rich in iron and magnesium.
Light colored rock such as granite that has high silica content.
Rock such as granite which is light colored and has high silica content is granitic.
Lower in density than basaltic rocks high in silica content.
Rock such as granite which is light colored and has a high silica content.
Rock such as peridotite which has low silica content and very high levels of iron and magnesium.
The magma that is high in silica usually forms light colored rocks such as granite.
Rock such as peridoite which has a low silica content and very high levels of iron and magnesium.
Rock such as granite which is light colored and has high silica content.