The crust is thicker under a mountain range.
The crust is typically thicker under the continental shelf compared to under the oceans. This is because the continental crust is made of lighter granite rocks which are less dense than the basaltic rocks of the oceanic crust, resulting in thicker continental crust.
The Earth's crust can vary in thickness, but on average it is about 5-70 kilometers (3-44 miles) thick. However, it can be much thicker under mountain ranges and thinner under the ocean floor.
The crust beneath continental mountain ranges is thicker due to the compression and uplift forces generated by the collision of tectonic plates. This compression causes the crust to thicken and accumulate material through processes like mountain building and crustal thickening. In contrast, flat-lying stretches of landscape typically experience less compression and deformation, leading to thinner crust in those areas.
The crust is thickest on oceanic plates where the crust is typically around 5-10 km thick under the oceans. In contrast, continental crust is generally thicker, around 30-50 km thick, with some mountain ranges having crust that can be even thicker.
40 to 70 km thick
It is the thickest under mountains ranges.
blad bloop
The crust under the ocean floor is thinner than the crust under mountain....if thats what your asking....hope it helped!
Earth's crust is far thicker under the continents.
Earth's crust is far thicker under the continents.
The crust is typically thicker under the continental shelf compared to under the oceans. This is because the continental crust is made of lighter granite rocks which are less dense than the basaltic rocks of the oceanic crust, resulting in thicker continental crust.
The Earth's crust can vary in thickness, but on average it is about 5-70 kilometers (3-44 miles) thick. However, it can be much thicker under mountain ranges and thinner under the ocean floor.
mountains
Oceanic crust is thinner and denser than continental crust.
The crust beneath continental mountain ranges is thicker due to the compression and uplift forces generated by the collision of tectonic plates. This compression causes the crust to thicken and accumulate material through processes like mountain building and crustal thickening. In contrast, flat-lying stretches of landscape typically experience less compression and deformation, leading to thinner crust in those areas.
The crust is thickest on oceanic plates where the crust is typically around 5-10 km thick under the oceans. In contrast, continental crust is generally thicker, around 30-50 km thick, with some mountain ranges having crust that can be even thicker.
Yes, the crust is thinnest under high mountains.