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LAYERS OF THE EARTH INTRODUCTION Created by C. Sapp, ,CCISD.net Inner Core Iron Solid Outer Core Iron / Nickel Liquid Inner Core Iron Solid Lower Mantle Outer Core Iron / Nickel Liquid Inner Core Iron Solid Convection currents the rising and falling of magma that drive plate tectonic movement. Iron / Nickel Liquid Lower Mantle Outer Core Inner Core Iron Solid Convection currents Lower Mantle Outer Core Iron / Nickel Liquid Inner Core Middle Mantle Iron magnesium calcium Solid Iron Solid Upper Mantle Convection currents Lower Mantle Outer Core Middle Mantle Iron magnesium calcium Solid Iron / Nickel Liquid Inner Core Iron Solid Upper Mantle Convection currents Lower Mantle Outer Core Middle Mantle Iron magnesium calcium Solid Iron / Nickel Liquid Inner Core Iron Solid Upper Mantle Convection currents Lower Mantle Outer Core Middle Mantle Iron magnesium calcium Solid Iron / Nickel Liquid Inner Core Iron solid Denser (sinks) than continental crust Oceanic Crust Upper Mantle Convection currents Lower Mantle Outer Core Middle Mantle Iron magnesium calcium Solid Iron / Nickel Liquid Inner Core Iron solid Denser than continental crust Thicker than oceanic crust Oceanic Crust Upper Mantle Convection currents Lower Mantle Outer Core Middle Mantle Iron magnesium calcium Solid Iron / Nickel Liquid Inner Core Iron solid Denser (sinks) than continental crust Crust Rocks / minerals solid Thicker than oceanic crust Oceanic Crust Upper Mantle Convection currents the rising and falling of magma that drive plate tectonic movement. Iron / Nickel Liquid Lower Mantle Outer Core Inner Core Middle Mantle Iron magnesium calcium Solid Iron solid The image is hyperlinked to the Prentice Hall diagram.
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