The type of rock most likely to form in an earthquake zone is metamorphic rock. This occurs due to the intense pressure and heat generated by tectonic movements during earthquakes, which can alter existing rocks. Additionally, the friction and stress At Fault lines can lead to the formation of new minerals and structures within these rocks. Common examples include schist and gneiss, which often form in such dynamic geological environments.
in a cave
igneous rocks usally form by cooled magma.
Yes. Any rock can be weathered to form sediment.
Coquina is the sedimentary rock most likely to contain visible fossils.
An EarthQuake Accurs
Sedimentary rocks are most likely to form in earthquake zones because they are easily broken, shifted, and compacted by the tectonic forces associated with earthquakes. These rocks can be fractured and deformed as a result of the intense pressure and movement during seismic events.
Iron.
The metamorphic rock will most likely transform into sedimentary rock next. The uplifting process will expose the rock to erosion and weathering, breaking it down into sediments that will then be deposited and lithified to form sedimentary rock.
Metamorphic rock
in a cave
study island cheater! : The igneous rock will be weathered and form sedimentary rock.
igneous rocks usally form by cooled magma.
Yes. Any rock can be weathered to form sediment.
d. on the surface of the Earth
Sedimentary rock, most likely.
Fossils are most likely to be found in sedimentary rock.
A rock that contains fossil seashells was most likely formed as a result of sedimentation.