Earthquake
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Seismology is the study of earthquakes. Scientists who study earthquakes are called seismologists. There are three main types of faults: transform, convergent, and divergent. An instrument called a seismograph records seismic waves produced by earthquakes. The point directly above an earthquake's starting point is called the epicenter.
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Similar to Earthquake
Name ______________________ Class _________________ Date .docx
Name: ______________________ Class: _________________ Date: _________ ID: D
1
Exam 1
1. The moment magnitude scale depends on
a. the rupture area, slip magnitude, and shear
rigidity of rock
b. the length of the fault
c. the depth of the earthquake
d. the amplitude of shaking
2. The particle motions of P-waves
a. are perpendicular to the wave propagation
direction.
b. are retrograde elliptical.
c. are horizontal.
d. are compression only.
e. involve dilations and compressions in
direction of wave propagation.
3. Which of the following statements is TRUE
about plate boundaries and their earthquakes?
a. Divergent plate boundaries produce very large
earthquakes, transform boundaries produce
small events, and convergent boundaries
produce large-to-intermediate sized
earthquakes.
b. Divergent boundaries produce small to
moderate sized earthquakes, transform
boundaries produce moderate to large
earthquakes, and convergent boundaries
produce the largest earthquakes.
c. Divergent boundaries are rare but they do
produce the largest events.
d. Convergent boundaries and transform
boundaries both produce the magnitude 9.0
events in equal numbers.
4. A magnitude 6.0 earthquake will affect the largest
area of shaking in which region below?
a. Northeast United States
b. California along the San Andreas Fault
c. In the state of Nevada in the western United
States
d. In the state of Utah in the western United
States
5. The intraplate earthquakes in New Madrid,
Missouri in 1811 and 1812
a. where very small and not felt widely.
b. were larger than magnitude 7.0, felt as far
away as Boston, and occurred in a failed rift
zone.
c. occurred where the Pacific and North
American plates meet.
d. were not as large as magnitude 7.0, with felt
shaking confined mainly to the regions of the
midwestern United States.
6. The enormous earthquake of March 11, 2011 in
Japan was greater than 9.0 because
a. it occurred on a major transform fault zone.
b. it occurred on a major normal fault in a
divergent plate boundary zone.
c. slip occurred on a large area of fault patch
with a slip of one centimeter.
d. slip occurred on a large area of fault patch
with a large amount of slip of as much as half
a football field (50 meters)
7. Which of the following will most likely lead to a
Natural Disaster?
a. A magnitude 3.0 earthquake beneath New
York City
b. A magnitude 8.0 very far from any populated
region
c. A magnitude 7.5 with an epicenter 10
kilometers from downtown Tokyo
d. An earthquake with a maximum felt intensity
of V
e. An earthquake at a mid-ocean ridge
8. An earthquake initiates at 35°N, 108° W, and
depth Z = 10 km. What is its epicenter?
a. 10 km
b. 35° N
c. 35° N, 108° W
d. 108° W
e. the waves that radiate from the source
Name: ______________________ ID: D
2
9. An example of the presently active early stages
of continental rifting can be found in
a. Mid continent of North America
b. East Africa
c. Indi.
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This document provides an overview of the Certificate Programme in Disaster Management (CDM) offered by IGNOU. It outlines the contents of Block 2, which covers the typology of different types of disasters including earthquakes, floods, cyclones, and droughts/famines. For each disaster type, there are multiple units that describe the introduction, characteristics, vulnerability factors, impacts/effects, and risk reduction measures. The document provides foundational knowledge on understanding different natural hazards and their consequences.
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The document discusses earthquakes, including the 1960 Valdivia earthquake in Chile that was magnitude 9.5 and caused 6000 casualties and $800 million in damage. It describes how earthquakes are caused by the sudden release of energy along fault lines in the earth. Different types of seismic waves are discussed, as well as the Richter scale and Mercalli intensity scale used to measure earthquake magnitudes and effects. Damage from earthquakes can include physical impacts like landslides as well as structural collapse and loss of life.
Rc4 lecture 1- eng. samer akil
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6.28.12 EDU 653 Week 2 PowerPoint Assignment
This document contains information about earthquakes, including definitions of key terms like amplitude, epicenter, hypocenter, magnitude, and seismogram. It also explains how earthquake magnitudes are measured using the Richter scale and how much energy is released by different magnitude earthquakes. The document outlines steps for using a seismogram to determine an earthquake's magnitude and the distance to its epicenter, including using triangulation between multiple seismograms.
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The document provides information about earthquakes, including:
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2) It defines the focus as the point where faulting begins underground, and the epicenter as the point directly above on the surface.
3) It identifies the four types of seismic waves - P and S waves which travel through solids, and Rayleigh and Love waves which travel along the surface.
Earthquakes: An Introduction
The document discusses earthquakes and seismic waves. It explains that there are three main types of seismic waves - P waves, S waves, and surface waves. P waves travel fastest and involve compressions and expansions, while S waves are slower and involve shaking side to side and up and down. The speed of seismic waves depends on the type of wave and the density of the rock. The document also discusses the San Andreas Fault in California in detail.
My quiz kmn
Alfred Wegener hypothesized that the Earth was once made up of a single large landmass called Pangaea. Wegener proposed the Continental Drift Theory which stated that the Earth's continents were joined together before drifting to their current positions.
Earthquakes: Introduction and Evaluation
This lecture helps you to understand the basic terminologies of earthquakes. In this lecture you will also learn how to calculate the Earth Quakes.
Chapter 4 Eearthquake & human activities
Earthquakes are the result of abrupt movement along fault fractures in the earth's crust, releasing energy that propagates in the form of seismic waves. The effects of earthquakes vary based on their magnitude and can cause devastating damage to lives, cities, and infrastructure. While earthquakes cannot be predicted with complete accuracy due to the complexity of the mechanisms involved, scientists can provide forecasts of probability for future seismic events based on statistical analysis of past quakes and geological evidence of past fault activity. Major goals of research include improving forecasts to help mitigate earthquake hazards and reduce losses through preparedness and building design.
Earthquakes-In The Eye of Civil Engineer
The document discusses earthquakes, including what they are, their causes, how they are measured, and their effects. It states that earthquakes are caused by the rapid release of energy from geological faults or other events like volcanic activity. They are measured using seismographs which record seismic waves, and their epicenters can be located by using the differences in arrival times of waves at multiple seismograph stations. The size and strength of earthquakes are measured objectively using magnitude scales or subjectively using intensity scales based on the observed damage.
Page 331 Introductory GeoloGy earthquakes13.10 sTude.docx
Page | 331
Introductory GeoloGy earthquakes
13.10 sTudenT resPonses
1. For Carrier, Oklahoma, what is the approximate time of the arrival of the first
P-wave?
a. 10 seconds b. 15 seconds c. 21 seconds d. 30 seconds
2. For Marlow, Oklahoma, what is the approximate time of the arrival of the first
S-wave?
a. 19 seconds b. 22 seconds c. 35 seconds d. 42 seconds
3. For Bolivar, Missouri, what is the difference between the P and S wave arrival
times?
a. 10 seconds b. 20 seconds c. 40 seconds d. 55 seconds
4. What is the approximate distance to the epicenter from Carrier, Oklahoma?
a. 70 km b. 130 km c. 240 km d. 390 km
5. What is the approximate distance to the epicenter from Marlow, Oklahoma?
a. 70 km b. 130 km c. 240 km d. 390 km
6. What is the approximate distance to the epicenter from Bolivar, Missouri?
a. 70 km b. 130 km c. 240 km d. 390 km
7. Look at the location that you determined was the earthquake epicenter.
Compare its location to Oklahoma City. Which direction is the epicenter located
from Oklahoma City?
a. southeast b. northwest c. northeast d. southwest
8. Examine the before and after image of the National Cathedral. Based on the
changes seen within the structure, decide where this earthquake would most
likely fall on the Modified Mercalli Intensity Scale. Based off this image, the
most likely intensity of this earthquake would be:
a. <IV b. V-VI c. VII d. VIII or greater
Page | 332
Introductory GeoloGy earthquakes
9. Residents in Port-au-Prince complained of extreme shaking during the
earthquake, while residents of Santo Domingo, the capital of the Dominican
Republic that sits 150 miles east of Port-au-Prince, assumed the shaking was
caused by the passing of a large truck. Based on the Modified Mercalli Intensity
Scale, the residents of Port-au-Prince mostly like experienced an intensity of
___, while the residents of Santo Domingo experienced an intensity of ___.
a. VII, II b. VIII, III c. X, III d. X, IV
10. A significant earthquake hits San Mateo, California while you are there. During
the shaking you are caught indoors. Would you rather be at the US Social
Security Administration Building (located at South Claremont Street, San
Mateo) or with the San Mateo Park Rangers (located at J Hart Clinton Drive,
San Mateo)?
a. the US Social Security Administration Building b. the San Mateo Park Rangers
11. While visiting California, you become violently ill and must visit a hospital.
Based off of your fears of a possible earthquake occurring, would you rather go
to Highland Hospital in Oakland or Alameda Hospital in Alameda?
a. Highland Hospital, Oakland, CA b. Alameda Hospital, Alameda, CA
12. After what year does the number of magnitude 3 or greater earthquakes begin
to rise significantly?
a. 2007 b. 2009 c. 2011 d. 2015
13. After what year does the number of fracking wells begin to rise significantly?
a. 2007 b. 2009 c. 2011 d. 2015
14. Based on the graph that you constructed, do .
Earthquake and human activities
1) The document provides an overview of earthquakes, including what causes them, how they are measured, their impacts, and methods for predicting and mitigating risks.
2) Earthquakes are caused by the abrupt movement of tectonic plates and fault lines in the earth's crust, releasing seismic waves. Their effects depend on magnitude and location.
3) Earthquake magnitude is measured using scales like the Richter scale and Moment magnitude scale, which quantify the size of the earthquake based on seismic wave recordings. Intensity is measured using scales like the Modified Mercalli scale based on earthquake damage levels.
Caribbean Studies What is an earthquake 1
An earthquake is caused by a sudden release of energy from movement along faults in the earth's crust. This movement generates seismic waves that travel outward from the source, producing ground shaking that people feel. Stronger quakes can cause significant local damage while even weaker ones may be detected by scientific instruments. A fault is a fracture where one side has moved relative to the other, and they are classified by the direction of motion between the blocks. Earthquakes are ultimately caused by a buildup and sudden release of strain in the earth's crust from tectonic forces over long periods of time.
EarthQuakes
Earthquakes occur due to the sudden release of built-up energy along fault lines in the earth's crust. They produce three types of seismic waves that radiate out from the hypocenter or focus of the earthquake. The location and magnitude of earthquakes can be measured using seismographs located around the world. Major effects of earthquakes include shaking, ground rupture, landslides, fires, liquefaction, tsunamis, and structural damage to buildings and infrastructure. Proper construction techniques and emergency preparedness can help reduce risks from earthquakes.
PHYSUICA.pptx
The document contains a 10-question physical science review covering topics like:
- Characteristics of pescatarian diets and the macromolecule found in seafood (protein)
- Differences between transuranic elements and super heavy elements
- Relative strengths of different intermolecular forces
- The function of enzymes as catalysts in breaking down food
- Evidence that supports the Big Bang theory, including the cosmic microwave background
- How the distance between a source and observer affects frequency through the Doppler effect
Earth quakes
An earthquake is caused by a sudden release of energy in the Earth's crust that creates seismic waves. The focus is the point of origin underground, while the epicenter is where it breaks the surface. Different types of seismic waves like P, S, and L waves propagate outward. Earthquakes can be classified by depth, cause, and location. Areas prone to quakes are along plate boundaries like the Circum-Pacific belt. Proper engineering can help make structures earthquake resistant.
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Page 331 Introductory GeoloGy earthquakes13.10 sTude.docx
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