A) Inner core B) Crust C) Mantle D) Outer core
A) Mantle B) Inner core C) Crust D) Outer core
A) Outer core B) Mantle C) Asthenosphere D) Inner core
A) Silicates B) Oxides C) Carbonates D) Sulfides
A) Within the inner core B) Between the mantle and outer core C) Between the outer core and inner core D) Between the crust and mantle
A) Lithosphere B) Thermosphere C) Mesosphere D) Asthenosphere
A) Outer core boundary B) Mohorovičić discontinuity C) Gutenberg discontinuity D) Mantle transition
A) Transform boundary B) Convergent boundary C) Subduction boundary D) Divergent boundary
A) Silicon and oxygen B) Carbon and sulfur C) Iron and nickel D) Aluminum and magnesium
A) Mantle B) Inner core C) Outer core D) Crust
A) Radiation B) Conduction C) Subduction D) Convection
A) Seafloor spreading B) Earthquake theory C) Continental drift D) Plate tectonics
A) Hematite B) Feldspar C) Quartz D) Olivine
A) Solid B) Gas C) Plasma D) Liquid
A) Sandstone B) Peridotite C) Granite D) Basalt
A) Tectonic plates B) Continents C) Mountain ranges D) Volcanoes
A) Rift B) Sliding C) Subduction D) Spreading |