False. Igneous rocks are primarily classified by their origin (intrusive or extrusive) and their mineral composition, rather than their texture or shape. Texture can be a characteristic used to further describe igneous rocks, but it is not a primary method of classification.
Igneous rocks are classified by either being intrusive or extrusive, then mafic or felsic then they are classified by either fine grain or course grained textures.
Igneous rocks are classified as rocks that originated from the liquid phase, specifically from the cooling and solidification of magma or lava.
they are classified into 3 major kinds of rocksthey are the ;IGNEOUS ROCKS,SEDIMENTARY ROCKS,AND METAMORPHIC ROCKS
Igneous rocks can be classified by their method of formation and by their mineralogy.
Volcanic rocks are classified as extrusive igneous rocks, forming from the solidification of lava.
Igneous rocks are classified by either being intrusive or extrusive, then mafic or felsic then they are classified by either fine grain or course grained textures.
Igneous rocks are classified as rocks that originated from the liquid phase, specifically from the cooling and solidification of magma or lava.
they are classified into 3 major kinds of rocksthey are the ;IGNEOUS ROCKS,SEDIMENTARY ROCKS,AND METAMORPHIC ROCKS
Igneous rocks can be classified by their method of formation and by their mineralogy.
Mantle rock is classified as ultramafic igneous rock.
Igneous rocks that result from lava solidifying above ground are classified as extrusive igneous rocks. These rocks cool quickly, leading to small mineral grains and a fine-grained texture. Examples include basalt and rhyolite.
Mantle rock is classified as ultramafic igneous rock.
Volcanic rocks are classified as extrusive igneous rocks, forming from the solidification of lava.
yes
Intrusive and Extrusive.
They are rocks formed from magma that cools and crystallizes on the earth surface.
Rocks are labeled by 3 groups. Igneous, Metamorphic, and Sedimentary.