Answer:
Convection in the asthenosphere.
Explanation:
Convection in the asthenosphere
Heat which is present in the Earth maintain the malleability of the asthenosphere , and hence provides lubrication to the Earth's tectonic plates for movement .
The convection current that is generated in the asthenosphere , tries to push the magma upward via the vents that are present in the volcanoes and thereby spreads and create a new crust .
And this generates a hotspots on the Earth's crust .
Answer: The probe won’t display a reading because the skull is too old. There isn’t enough carbon-14 remaining to accurately assess its age.
Explanation: change it up a bit though.
I don’t think so because when you look at a map their separate
Answer:
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Answer:
D) The plates that formed these mountains were once under an ocean.
Explanation:
The sentence specifically says fossils of clams, sea snails, and other ocean life forms. First of all, fossils are the preserved remains of these life forms. They lived a long long time ago. Since these are specifically ocean life forms, they would have needed an ocean-like habitat to survive. We know that the Himalayan Mountains were formed when two tectonic plates pushed up against each other so the only true answer is that these plates were once underwater before they created the Mountains.
