2.  The shaking of the Earth  Measured using a seismograph  The Richter Scale measures the strength of the earthquake

4.  They are the result of energy released from forces built up due to plate tectonics in Earth’s crust  When this energy is released, it travels in seismic waves.

5.  Usually minor in our region. They occur due to the movement along local faults on the floor of the Atlantic Ocean.

6.  Burin Peninsula, 1929, tsunami (pg. 374)

7.  An opening in Earth’s crust. Mt. St. Helens May 18, 1980 Washington

8. Paricutin February 20, 1943 Mexico

9. Mt. Pinatubo June 1991 Philippians

10. Kilauea November 24, 2007 Hawaii The most active volcano on Earth

11. 1. At collision zones intense pressure can melt rock that later flows to the surface as a volcano (the Pacific Ocean is being subducted under Japan)

12. 2. Where plates separate, molten rock flows up to the surface (Mid-Atlantic Ridge)

13. 3. In area where the plates are thin, lava can be forced up through the cracks to the surface. (Hawaiian Islands)

14.  The name given to the volcanoes encircling the Pacific Ocean.

15. Page 386-7

16. 2. Glooscap: Mi’kmaq legend about the Sugarloaf Mountains.

17. 1. Pele: Hawaiian goddess who makes the mountains shake and lava flow at Kilauea.

18. 3. Anaxagoras: Greek who believed that volcanic eruptions were caused by great winds within the earth.

19. 4. Ren é Decartes: French philosopher who believed an incandescent earth core was the source of volcanic heat.

20.  Due to: 1. folding 2. faulting 3. volcanic eruptions.

21.  A bend in rock layers.  Created when plates collide at convergent boundaries.

24.  A break in rock layers.  When the rock is too brittle to fold.  Faulting can result from squeezing or stretching the Earth’s crust.

26.  When magma is forced up by pressure from deep within Earth, it can uplift the rock and create features on the surface. The magma may erupt as volcanoes.