By determing the age of rock samples obtained by drilling in the sea floor!:)
I don't believe that is possible to figure out
Yes. New ocean crust is being formed at the mid ocean ridges (MORs) resulting in the older crust being pushed farther away, moving the plates towards a subduction zone. MORs divide 2 plates.
thye pulled rocks from a drill and studied them obviously
Sorry for this late response,but basically, as the plates move farther away from the mid-ocean ridges, the older it gets..! Hope this helps! ^^
Mid-ocean ridges are basically underground volcanoes that lava from the Earth's Mantle can breach. The ocean, however, freezes the lava and that in turn forms rock. If this happens repeatedly, then the older rock gets pushed away from the source, and the younger, just formed rock is, therefore, closer to the ridge. So the younger rock being formed by the ridge is pushing away the older, previously made, igneous rock.
i never know
i never know
I don't believe that is possible to figure out
They measure how far away the rock is from the mid-ocean ridge. The farther, the older.
it is older
it is older
No farther away
Yes. New ocean crust is being formed at the mid ocean ridges (MORs) resulting in the older crust being pushed farther away, moving the plates towards a subduction zone. MORs divide 2 plates.
Oceanic crust that was farther away from a mid-ocean ridge was older that crust closer to the ridge
oceanic crust that was farther away from a mid-ocean ridge was older than crust closer to the ridge
By determining the age of rock samples obtained by drilling on the sea floor.
Its oceanic crust