A comparison of meteorite abundances of metals with those found in Earth's mantle helps scientists understand the composition and formation of the Earth's interior. Meteorites, particularly chondrites, serve as a proxy for the primitive solar system material, allowing researchers to infer the original building blocks of the Earth. Differences in metal abundances can indicate processes such as differentiation, where heavier metals sank into the core, or variations in the conditions of formation. This analysis contributes to our understanding of planetary formation and the geochemical evolution of Earth.
No. The Earth's mantle is a ductile solid.
mantle
Continents drift on top of the upper mantle. The core is much further down.
The mantle is hotter than the crust.
The mantle makes up about 67% of Earth's mass.
mantle
you will find it in earths mantle because it is a kind of an igneous rock
the earths mantle is very hot were cornstarch is not hot at all
the earths mantle is very hot were cornstarch is not hot at all
The three parts that make up the Earths mantle are the crust, core, and mantle.
The mantle is counted as the middle part of the earth
No. The Earth's mantle is a ductile solid.
Decay of radioactive elements in the mantle heats it.
Mantle.
no
The mantle is located right under Earth's crust.
heat and pressure