Im assuming density.
Fossils can be used to determine the relative age of rock layers by comparing the types of fossils found in different layers. Fossils of organisms that existed for a short period of time can be used to date layers of rock containing them. Geologic features such as fault lines and unconformities can also help determine the relative age of rock layers by showing where layers have been disturbed or eroded.
Major intrusive features created by volcanoes include dikes (vertical sheets of magma that cut across pre-existing rock layers), sills (horizontal sheets of magma that intrude between rock layers), and plutons (large igneous bodies that crystallize deep underground). These intrusive features are a result of magma intruding into the Earth's crust and solidifying before reaching the surface.
Sills, dikes, and volcanic necks are not examples of an intrusive igneous body. These features are formed by igneous activity in the Earth's crust but are not considered intrusive bodies because they are typically narrow and tabular in shape, rather than larger and more massive like intrusive bodies such as batholiths or plutons.
Intrusive igneous rocks form underground from magma that cools slowly, resulting in coarse-grained textures. They have large mineral crystals visible to the naked eye, such as feldspar, quartz, and mica. Examples include granite, diorite, and gabbro.
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Intrusive features are typically classified as plutonic rocks, especially inside of a volcano. Comparatively, extrusive features are also classified as volcanic rocks.
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No. A laccolith is an intrusive feature.
Intrusive features can be classified based on various characteristics such as their composition (rock, mineral, or fossil), size (small or large), shape (roundish or angular), and mode of formation (volcanic, tectonic, or sedimentary). These features may also be categorized according to their relationship with the surrounding rock or terrain, such as whether they cut across existing structures or postdate certain events.
Fossils can be used to determine the relative age of rock layers by comparing the types of fossils found in different layers. Fossils of organisms that existed for a short period of time can be used to date layers of rock containing them. Geologic features such as fault lines and unconformities can also help determine the relative age of rock layers by showing where layers have been disturbed or eroded.
a lot
Major intrusive features created by volcanoes include dikes (vertical sheets of magma that cut across pre-existing rock layers), sills (horizontal sheets of magma that intrude between rock layers), and plutons (large igneous bodies that crystallize deep underground). These intrusive features are a result of magma intruding into the Earth's crust and solidifying before reaching the surface.
Extrusive rocks form from lava cooling on the Earth's surface, leading to rapid cooling and fine-grained texture. Intrusive rocks form from magma cooling beneath the surface, resulting in slower cooling and coarse-grained texture. This difference in cooling rates gives extrusive rocks their characteristic fine-grained appearance and intrusive rocks their coarse-grained appearance.
Sills, dikes, and volcanic necks are not examples of an intrusive igneous body. These features are formed by igneous activity in the Earth's crust but are not considered intrusive bodies because they are typically narrow and tabular in shape, rather than larger and more massive like intrusive bodies such as batholiths or plutons.
Scientists classify intrusive igneous features based on their size, shape, orientation, and composition. These features include stocks, laccoliths, batholiths, dikes, and sills, among others. The classification helps to understand the history and evolution of the igneous rocks and the geological processes involved.
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Stock Batholith