Which pattern describes the ages of ocean rocks based on core samples from the ocean floor?(1 point) Responses Younger rocks are colder and are located closer to mid-ocean ridges. Younger rocks are colder and are located closer to mid-ocean ridges. Younger rocks are warmer and are located closer to subduction zones. Younger rocks are warmer and are located closer to subduction zones. Younger rocks are colder and are located closer to subduction zones. Younger rocks are colder and are located closer to subduction zones. Younger rocks are warmer and are located closer to mid-ocean ridges.
Younger rocks are warmer and are located closer to mid-ocean ridges.
The correct answer is: Younger rocks are warmer and are located closer to mid-ocean ridges.
The correct answer is "Younger rocks are warmer and are located closer to mid-ocean ridges."
To understand this pattern, we can use a concept called "seafloor spreading." Seafloor spreading is the process by which new oceanic crust is created at mid-ocean ridges, where tectonic plates are moving apart. As the plates separate, magma rises to the surface and solidifies, creating new rocks that form the oceanic crust.
As the new rocks form, they are initially hotter due to their proximity to mid-ocean ridges. Over time, these rocks cool down and become older as they move away from the ridges. This means that the older rocks are farther away from the ridges and are therefore colder.
Therefore, the pattern that describes the ages of ocean rocks based on core samples from the ocean floor is that younger rocks are warmer and are located closer to mid-ocean ridges.