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Volcano Volcano Jeopardy! Jeopardy!

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Page 1: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Volcano Volcano Jeopardy!Jeopardy!

Page 2: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Volcano Jeopardy!Volcano Jeopardy!VolcanoVolcano

TectonicsTectonicsVolcanic Volcanic ActivityActivity

Volcanic Volcanic LanformsLanforms

VolcanicVolcanic

ActivityActivityPlate Plate

TectonicsTectonics

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Page 3: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Why is Volcanic Activity considered a

constructive force?

Page 4: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Because volcanoes add new rock to existing land or form new islands.

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Page 5: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Magma is a liquid- therefore it is (more/less) dense than

surrounding solid material.

It flows (up/downward) into any cracks.

Page 6: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

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Less dense and flows upward into cracks

Page 7: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

•What is the bowl-shaped area that forms around the volcano’s vent and the lava collects?

Page 8: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

•Lava collects in the crater, the bowl-shaped area that forms around the volcano’s vent.

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Page 9: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

This dark-colored, volcanic rock is low in silica and forms both Iceland and the

Hawaiian Islands.

Page 10: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Basalt

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Page 11: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

A large underground pocket of magma is called?

Page 12: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

A large underground pocket of magma is a magma chamber.

Final Jeopardy

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Page 13: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

The force of an eruption depends on

three things……

Page 14: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

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1. The amount of gases dissolved in the magma.

2.The temperature of the magma3.the silica content of the magma

Page 15: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

He was an Admiral in the Roman Navy who

attempted a rescue mission to Pompeii on August 24th, AD 79 as

Mount Vesuvius erupted.

Page 16: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Pliny The Elder

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Page 17: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

The hotter the lava, (the more/ less fluid it is.)

Page 18: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

The hotter the lava, (the more fluid it is.)More fluid means the lava has a lower

viscosity.

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Hotter lava

Page 19: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

The silica content helps determine whether the volcanic eruption is quiet or explosive. If the magma has a high viscosity the eruption is quiet/explosive

and therefore the silica content must be high/low.

Page 20: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

The silica content helps determine whether the volcanic eruption is

quiet or explosive. If the magma is thick and sticky the eruption is

explosive and therefore the silica content must be high.

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Page 22: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Final Jeopardy

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The Cascade Range

Page 23: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

What are the three types of volcanoes?

Page 24: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

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a) Shieldb) Cinder conec) Composite

Page 25: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Describe a the shape of a Cinder Cone and what type

of eruptions make it that way.

Page 26: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

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A steep, cone-shaped hill.If lava is thick and stiff it may

produce ash, cinders and bombs in explosive volcanoes

Paricutin in Mexico (farmers field 400m high)

Page 27: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

•What kind of a volcano is a tall, cone-shaped volcano which alternates

eruptions of lava flows with explosive eruptions of ash, cinder and bombs.

Name two examples:

Page 29: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

A Shield Volcano is wide at its base and forms from layers of

thin/thick lava that is high/low in silica and has gentle/ steep

slopes. An example of a Shield Volcano is…

Page 30: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

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A Shield Volcano forms from layers of thin lava that is low in silica and has gentle

slopes. An example of a Shield Volcano is…Hawaii or Iceland

Page 31: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

A divergent boundary is associated with:1.explosive volcanoes, sea floor

spreading, mountain building2.quiet volcanoes, island arc

volcanoes, shield volcanoes3.quiet volcanoes, sea floor

spreading, mid ocean ridge4.explosive volcanoes, island arc

volcanoes, hot spots

Page 32: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Final Jeopardy

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A divergent boundary is associated with: sea floor spreading and quiet eruptions

like those that formed Iceland. As the plates continue to diverge, Iceland will

continue to get wider.

Page 33: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Most volcanoes are found along plate boundaries. Are volcanic mountains and island arcs associated with convergent boundaries, divergent boundaries or hot spots? Why? Give 2 examples.

Page 34: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Volcanic mountains and Island Arcs occur at converging plates because the

denser plate dives below the crust, melts and magma rises to the surface

creating the volcano.

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Examples: Japan, Aleutian islands, New Zealand

Page 35: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Magma flows upward through cracks in rock because it is

1. highly magnetic 2. highly fluid. 3. less dense than the surrounding

solid material. 4. more dense than the surrounding

solid material.

Page 36: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Magma flows upward through cracks in rock because it is1. highly magnetic 2. highly fluid.

3. less dense than the surrounding solid material.

4. more dense than the surrounding solid material.

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Page 37: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Pyroclastic flows occur during the most Pyroclastic flows occur during the most dangerous kind of volcanic eruptions. dangerous kind of volcanic eruptions. Extremely hot gasses and fragments Extremely hot gasses and fragments of rock travel down the sides of the of rock travel down the sides of the volcano at speeds over 100 Km per volcano at speeds over 100 Km per hour killing and burying everything in hour killing and burying everything in

their path. their path. Pyroclastic flows are Pyroclastic flows are associated with what type of an associated with what type of an

eruptioneruption??

Page 38: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

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An explosive eruption. Pyroclastic flow occurs

when an explosive eruption hurls out ash,

cinders and bombs as well as gases.

(400mph, 1,800˚F)

Page 39: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

What happened in these photos? Where is this?

Page 40: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

These people were killed instantly in the pyroclastic flow from the explosive

eruption of Mt. Vesuvius in Pompeii, Italy in 79 A.D.

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Excavated Pompeii today with Mt. VesuviusDepiction of Mt Vesuvius 79 A.D.

Page 41: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

These are huge holes that form when a volcanic eruption empties a magma

chamber and the volcanic mountain above it collapses into the magma chamber.

Page 42: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Calderas

Final Jeopardy

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Page 43: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

What type of a volcano are the Hawaiian Islands? How did they form?

Page 44: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

They are They are Shield VolcanoesShield Volcanoes. Each Island was . Each Island was formed as the formed as the tectonic plate moved over the tectonic plate moved over the

Hot SpotHot Spot and the lava produced a volcanic and the lava produced a volcanic mountain large enough to emerge through the mountain large enough to emerge through the surface of the ocean. surface of the ocean. A hot spot is a location A hot spot is a location where a column of extremely hot mantle rock, where a column of extremely hot mantle rock,

called a mantle plume, rises through the called a mantle plume, rises through the asthenosphereasthenosphere. .

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Page 45: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

If geologists detect many small earthquakes in the area near a volcano, what can they infer about the volcano?1.It is a good source of geothermal

energy.2.It is dormant.3.It is probably about to erupt. 4.It is extinct.

Page 46: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

If geologists detect many small earthquakes in the area near a volcano, what can they infer about the volcano?1.It is a good source of geothermal

energy.2.It is dormant.3.It is probably about to erupt. 4.It is extinct.

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Page 47: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

List the 3 types of boundaries symbolized

by the following motions.

Page 48: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Convergent, Divergent, and Transform boundaries.

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Page 49: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Fissure eruptions occur when lava flows from giant cracks, or fissures, in the Earth’s crust. As

a result, a thick and mostly flattened layer of cooled lava

creates this landform.

Page 50: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

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A Lava Plateau is created.

Page 51: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

What’s the difference between magma and lava?

Page 52: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

Final Jeopardy

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Magma is the name given to liquid rock

below the Earth’s surface while lava is the name given to liquid rock on

the Earth’s surface.

Page 53: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

You have 30 seconds to name as many plates as you can.

Page 54: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50
Page 55: Volcano Jeopardy!. Volcano Jeopardy! VolcanoTectonics Volcanic Activity Volcanic Lanforms VolcanicActivity Plate Tectonics 10 20 30 40 50

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