A) Solid rock found on the Earth's surface. B) The gas released during a volcanic eruption. C) Liquid water in geothermal springs. D) Molten rock located beneath the Earth's surface.
A) A large depression formed after a volcanic eruption. B) A small volcanic vent. C) A mountain range. D) A type of lava flow.
A) Carbon monoxide. B) Water vapor. C) Nitrogen. D) Ozone.
A) Magma that has cooled inside the Earth. B) A type of volcanic gas. C) Fragmented material ejected during a volcanic eruption. D) A layer of solidified lava.
A) An underwater volcano. B) A flat, shield-shaped volcano. C) A small volcanic cone. D) A steep-sided volcano built up from multiple layers of ash and lava.
A) Mount St. Helens. B) Mauna Loa. C) Mount Vesuvius. D) Kilauea.
A) Earthquakes only. B) Only extinct volcanoes. C) Meteorological phenomena. D) Volcanoes and volcanic activity.
A) An underwater volcano. B) A small volcanic crater. C) A broad, dome-shaped volcano with gentle slopes. D) A steep, conical volcano.
A) Liquid magma that cools quickly. B) Small fragments of rock and glass ejected during eruptions. C) A type of gas released during an eruption. D) Water vapor released from a volcano.
A) A type of volcanic gas. B) Solid rock formed from magma. C) A deep ocean water current. D) Magma that has reached the Earth's surface.
A) Carbon dioxide. B) Hydrogen sulfide. C) Nitrogen. D) Oxygen.
A) A region with no volcanic activity. B) A circular feature of a single volcano. C) A type of lava plateau. D) A chain of volcanoes formed above a subduction zone.
A) Strong winds. B) Ocean tides. C) Sunlight changes. D) Magma pressure increasing.
A) Along tectonic plate boundaries. B) In the center of continents. C) In desert areas. D) High up in the atmosphere.
A) Lahar B) Tephra C) Pyroclastic flow D) Caldera
A) Tephra B) Sediment C) Soil D) Granite
A) Japan B) Italy C) Chile D) Indonesia
A) Flood basalt B) Stratovolcano C) Cinder cone D) Shield volcano
A) Mudslides B) Tsunamis C) Lahars D) Earthquakes |