A) Pangaea B) Tectonics C) Seismic D) lithosphere
A) lithosphere B) subduction C) inner core D) athenosphere
A) hardened B) crushed C) melted D) pressed
A) convergent B) divergent C) intelligent D) tectonic
A) convergent B) transform C) divergent D) intelligent
A) convergent B) divergent C) transform D) subduction
A) subduction B) transform C) convergent D) divergent
A) subduction B) Pangaea C) mantle D) divergence
A) solid rock B) magma C) water D) oxygen
A) transform B) divergent C) Pangea D) convergent
A) Pacific B) Atlantic C) Arctic D) Indian
A) 10% B) 90% C) 75% D) 100%
A) 75% B) 10% C) 90% D) 100%
A) Hawaii and Alaska B) Alaska and California C) Florida and S.C. D) Kentucky and Georgia
A) True B) a long long time ago C) False
A) only in Myrtle Beach B) False C) True
A) True B) False
A) Atlantic and Pacific B) North American and Pacific C) North American and South American
A) Alaskan and Pacific B) North American and Pacific C) Atlantic and Arctic
A) doesn't move B) rises to earth's surface C) sinks to earth's core
A) rise B) sink C) don't move
A) fault B) magma C) subduction D) lava
A) Pangaea B) transform C) convergent D) divergent
A) divergent B) outer core C) convergent D) transform
A) divergent B) intelligent C) convergent D) transform
A) intelligent B) divergent C) transform D) convergent
A) belligerent B) divergent C) transform D) convergent
A) 273 thousand B) 273 million C) 2,730 D) 273
A) highest point in the air B) focus C) epicenter D) farthest point away
A) mantle B) outer core C) crust D) inner core
A) clouds B) electromagnetic field C) water D) oxygen
A) atmosphere B) outer core C) mantle D) crust
A) Pangaea B) lava C) subduction D) faults
A) crust and outer core B) mantle and outer core C) crust and inner core D) crust and mantle
A) crust and mantle B) mantle and inner core C) inner core and outer core D) mantle and outer core
A) False B) True
A) orbit of earth around the Sun B) mantle being molten rock C) strong winds of our atmosphere D) crust being molten rock
A) North American B) Indian C) Atlantic D) Pacific
A) when the inner core turns to a liquid B) due to an earthquake C) when the crust turns to a liquid D) a vent forms in top of mountain and allows gas and magma to escape
A) subduction B) Plate Tectonics C) convection D) convergence
A) epicenter B) focus C) outer core D) inner core
A) mantle B) outer core C) inner core D) crust
A) athenosphere B) tsunami C) earthquake D) volcano
A) atmosphere B) lithosphere C) Pangaea D) athenosphere
A) rocks no longer move B) rocks snap past each other C) rocks travel downward
A) inner core B) outer core C) mantle D) lithosphere
A) outer core B) inner core C) crust D) athenosphere
A) inner core B) mantle C) crust D) outer core
A) crust B) athenosphere C) lithosphere D) both answers a and b
A) outer core B) crust C) inner core D) mantle |