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Both a vein of rock and an inclusion represent the presence of material within a host rock, but they differ in formation and context. A vein typically consists of minerals that crystallize from hydrothermal fluids, filling fractures or cavities in the surrounding rock. In contrast, an inclusion is a fragment of one rock type that is trapped within another, usually formed during the process of rock formation or metamorphism. Despite these differences, both phenomena highlight the complex interactions and processes that occur within geological formations.
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Rock Strata Vein (as in vein of coal)
A vein in rock is a line that contains another mineral besides the larger percentage of what the rock is made up of. A vein, for example, could be a vein of coal in a coal mine. Coal is extracted out of the rock.
A vein in rock is a line that contains another mineral besides the larger percentage of what the rock is made up of. A vein, for example, could be a vein of coal in a coal mine. Coal is extracted out of the rock.
The rock on the way bottom, but not the vein
An angle of inclusion is the total of the angle in the shape. For example, a square's angle of inclusion is 360o A pentagons angle of inclusion is 540o An angle of inclusion is like circumference but it's not a circle
sulfur rock
In a lighter vein means less serious. This is similar to the phrase, "Lighten up".
A vein in a rock is some other material than the surrounding rock.
The word you are looking for is "vein." A vein is a deposit or mass of a particular mineral embedded within a rock or the Earth's surface.
A long narrow deposit of a mineral in rock is typically referred to as a vein. Veins are formed when minerals are transported by fluids and deposited in cracks or fissures within existing rock formations. These deposits can be valuable sources of various minerals and metals.