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Ch 6 Review Earthquakes
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Ch 6 Review

Jan 02, 2016

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Ch 6 Review. Earthquakes. Question 1. The place where slippage first occurs is called an earthquake’s _______. Focus Epicenter Magnitude intensity. Question 1. The place where slippage first occurs is called an earthquake’s _______. a) Focus. Question 2. - PowerPoint PPT Presentation
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Page 1: Ch 6 Review

Ch 6 Review

Earthquakes

Page 2: Ch 6 Review

Question 1 The place where slippage first occurs is

called an earthquake’s _______.a) Focusb) Epicenterc) Magnituded) intensity

Page 3: Ch 6 Review

Question 1 The place where slippage first occurs is

called an earthquake’s _______.a) Focus

Page 4: Ch 6 Review

Question 2 The San Andreas Fault zone has formed

where the edge of the Pacific plate is slipping

a) Under the North American Plateb) Over the North American Platec) South along the North American Plated) North along the North American Plate

Page 5: Ch 6 Review

Question 2 The San Andreas Fault zone has formed

where the edge of the Pacific plate is slipping

d) North along the North American Plate

Page 6: Ch 6 Review

Question 3 The Pacific Ring of Fire is an earthquake

zone that forms a ring arounda) The Atlantic Oceanb) South Americac) The Pacific Oceand) North America

Page 7: Ch 6 Review

Question 3 The Pacific Ring of Fire is an earthquake

zone that forms a ring around

c) The Pacific Ocean

Page 8: Ch 6 Review

Question 4 When friction prevents the rocks on

either side of a fault from moving past each other, the fault is said to be

a) fracturedb) subductingc) lockedd) elastic

Page 9: Ch 6 Review

Question 4 When friction prevents the rocks on

either side of a fault from moving past each other, the fault is said to be

c) locked

Page 10: Ch 6 Review

Question 5 Deep-focus earthquakes usually occur in

areas in which one platea) Slides past anotherb) Remains stationary against anotherc) Moves apart from anotherd) Subducts under another

Page 11: Ch 6 Review

Question 5 Deep-focus earthquakes usually occur in

areas in which one plate

d) Subducts under another

Page 12: Ch 6 Review

Question 6 Ninety percent of continental

earthquakes havea) The same depthb) A shallow focusc) The same type of eruptionsd) A deep focus

Page 13: Ch 6 Review

Question 6 Ninety percent of continental

earthquakes have

b) A shallow focus

Page 14: Ch 6 Review

Question 7 How far below the earth’s surface do

intermediate-focus earthquakes occur?a) 10 to 30 kmb) 30 to 70 kmc) 70 to 300 kmd) 300 to 650 km

Page 15: Ch 6 Review

Question 7 How far below the earth’s surface do

intermediate-focus earthquakes occur?

c) 70 to 300 km

Page 16: Ch 6 Review

Question 8 Which type of earthquakes usually occurs

farther inland than other earthquakes?a) Deep-focusb) Shallow-focusc) Intermediate-focusd) Microquakes

Page 17: Ch 6 Review

Question 8 Which type of earthquakes usually occurs

farther inland than other earthquakes?a) Deep-focus

Page 18: Ch 6 Review

Question 9 Most earthquakes occur along or near the

edges of thea) North American Plateb) Earth’s oceans and lakesc) Eurasian Plated) Earth’s lithospheric plates

Page 19: Ch 6 Review

Question 9 Most earthquakes occur along or near the

edges of the

d) Earth’s lithospheric plates

Page 20: Ch 6 Review

Question 10 Where did the most widely felt series of

earthquakes in the United States occur?a) Alaskab) Californiac) Hawaiid) Missouri

Page 21: Ch 6 Review

Question 10 Where did the most widely felt series of

earthquakes in the United States occur?

d) Missouri

Page 22: Ch 6 Review

Question 11 Which type of seismic wave travels the

fastest?a) Tsunamib) P wavec) S waved) Surface wave

Page 23: Ch 6 Review

Question 11 Which type of seismic wave travels the

fastest?

b) P wave

Page 24: Ch 6 Review

Question 12 S waves can only travel througha) Gasesb) Solidsc) Liquidsd) Gases and liquids

Page 25: Ch 6 Review

Question 12 S waves can only travel through

b) Solids

Page 26: Ch 6 Review

Question 13 What is the minimum number of

seismograph stations a scientist must have data from in order to locate the epicenter of an earthquake?

a) 1b) 2c) 3d) 4

Page 27: Ch 6 Review

Question 13 What is the minimum number of

seismograph stations a scientist must have data from in order to locate the epicenter of an earthquake?

c) 3

Page 28: Ch 6 Review

Question 14 A major earthquake has a magnitude ofa) 2.5 to 3.5b) 3.5 to 6.0c) Less than 2.5d) 7 or above

Page 29: Ch 6 Review

Question 14 A major earthquake has a magnitude of

d) 7 or above

Page 30: Ch 6 Review

Question 15 How many separate sensing devices

make up a seismograph?a) 1b) 2c) 3d) 4

Page 31: Ch 6 Review

Question 15 How many separate sensing devices

make up a seismograph?

c) 3

Page 32: Ch 6 Review

Question 16 Which of the following generally causes

the most damage during an earthquake?a) Aftershockb) Primary wavec) Secondary waved) Surface wave

Page 33: Ch 6 Review

Question 16 Which of the following generally causes

the most damage during an earthquake?

d) Surface wave

Page 34: Ch 6 Review

Question 17 Tsunamis result from earthquakes with

epicenter locateda) On the ocean floorb) In loose soilc) Along coastlinesd) In continental faults

Page 35: Ch 6 Review

Question 17 Tsunamis result from earthquakes with

epicenter locateda) On the ocean floor

Page 36: Ch 6 Review

Question 18 What is a tsunami?a) A deep-focused earthquakeb) A shallow-focus earthquakec) A type of seismic waved) A giant ocean wave

Page 37: Ch 6 Review

Question 18 What is a tsunami?

d) A giant ocean wave

Page 38: Ch 6 Review

Question 19 Landslides on the seafloor are most likely

to producea) Tsunamisb) Fault zonesc) Seismic gapsd) Elastic rebounds

Page 39: Ch 6 Review

Question 19 Landslides on the seafloor are most likely

to producea) Tsunamis

Page 40: Ch 6 Review

Question 20 A seismic gap is a region in whicha) There are no seismographsb) Tsunamis never occurc) A fault is lockedd) Only deep-focus earthquakes occur

Page 41: Ch 6 Review

Question 20 A seismic gap is a region in which

c) A fault is locked

Page 42: Ch 6 Review

Question 21 During an earthquake, a person is most

likely to be safe ina) A carb) An open fieldc) A cellard) A building

Page 43: Ch 6 Review

Question 21 During an earthquake, a person is most

likely to be safe in

b) An open field