Raman spectroscopy.pptx M Pharm, M Sc, Advanced Spectral Analysis
Module 1. Volcanoes, Earthquakes, and Mountain Ranges.pptx
1. QUARTER 1
Module 1. Volcanoes,
Earthquakes, and
Mountain Ranges
DEPARTMENT OF EDUCATION | SCHOOLS DIVISION OF CALAMBA CITY
CALAMBA CITY SCIENCE INTEGRATED SCHOOL
2. MELC
Describe and relate the distribution of active volcanoes,
earthquake epicenters, and major mountain belts to Plate
Tectonic Theory
Enumerate ways to ensure disaster preparedness during
earthquakes, tsunamis, and volcanic eruptions;
Suggest ways by which one can contribute to government
efforts in reducing damage due to earthquakes, tsunamis,
and volcanic eruptions.
3. REVIEW OF TERMS
A volcano with accounts of eruption
documented within 10,000 years
ACTIV_ VOLCANO
A big body of land on the globe
CONTINENT
ACTIVE VOLCANO
CONTINENT
4. REVIEW OF TERMS
The liquid rock below the Earth's surface
MAGMA
A landmass that projects well above its
surroundings
MOUNTAIN
MAGMA
MOUNTAIN
5. RECALL
The part of the earth's surface directly above
the starting point of an earthquake
EPICENTER
The exact site of the origin of an
earthquake, below the epicenter
FOCU S
EPICENTER
FOCUS
6. RECALL
Another term for Earthquake waves
SEISMIC WAVES
SEISMIC WAVES
The graphical record of an earthquake
SEISMOGRAM
SEISMOGRAM
7. RECALL
The first type of seismic wave to be recorded in a
seismic station, these compression waves are the
fastest and travel through solids, liquids, and
gases
PRIMARY WAVE
PRIMARY WAVE
8. RECALL
A measuring instrument for detecting and
measuring the intensity and direction and
duration of movements of an earthquake
SEIEMOGRAPH
SEISMOGRAPH
9. RECALL
A Japanese term for “big wave in the port;”
generated during undersea quakes
TSUNAMI
A mountain or hill, typically conical, having a crater
or vent through which lava, rock fragments, hot
vapor and gas is being or have been erupted from the
earth's crust
VOLCANO
TSUNAMI
VOLCANO
16. REMEMBER WHERE THE EDGES
MEET
Activity I. Remember Where The Edges Meet
a.How are earthquakes distributed on the map?
The world’s earthquake are not randomly
distributed over the Earth’s surface. They tend to
be concentrated in narrow zones
b. Where are they situated?
Some are located near the edges of the continents,
some are in mid continents, while other are in
oceans
17. REMEMBER WHERE THE EDGES
MEET
c. Look at your world map and compare the earthquake
epicenters. Name the country/ies where earthquakes may not
happen.
Answers may vary:Central Australia, Sahara Desert Countries,
Interior of South America, Interior of North America, Siberia
(Russia)
18. REMEMBER WHERE THE EDGES
MEET
d. Why are there no earthquakes on the country/ies you
mentioned?
A. Tectonic Plate Location: These countries are situated on stable
sections of tectonic plates, away from the boundaries where
most tectonic activity occurs.
B. Distance from Plate BoundariesCountries far from these plate
boundaries, like those in the Middle East and North Africa,
experience fewer seismic events because they are farther from
the primary sources of tectonic stress
24. REMEMBER WHERE THE EDGES
MEET
e. How are volcanoes distributed?
Volcanoes occur in linear clusters. They are
distributed at the edges of the continents
25. REMEMBER WHERE THE EDGES
MEET
f. Where are they situated?
Majority are found along the edges of some
continents, particularly in the western coast
of North and South America, East of
Southeast Asia
27. REMEMBER WHERE THE EDGES
MEET
g. Based on the map, which country/ies will unlikely
experience a volcanic eruption?
Answers may vary
h. How do you compare the location of majority of
earthquake epicenters with the location of volcanoes
around the world?
Earthquake epicenters and volcanoes are both situated in
the same locations
29. REMEMBER WHERE THE EDGES
MEET
i. How will you relate the distribution of mountain
ranges with the distribution of earthquake epicenters
and volcanoes?
Mountain ranges are found in places where volcanoes
and/or earthquake epicenters are also located
30. REMEMBER WHERE THE EDGES
MEET
j. What do you think is the basis of scientists in dividing
Earth’s lithosphere into several plates?
Geologic activities such as seismicity (occurrence of
earthquake), volcanism, and mountain formation are the
basis of scientists in dividing earth’s lithosphere
32. PLATE TECTONICS
Plate movements may result in earthquakes.
Earthquakes may happen any time, either on land or
underwater.
Earthquakes on land can be caused either by tectonic
plate movement or volcanic eruptions.
Earthquakes under the sea can cause a tsunami.
35. PRACTICE TEST
1. Which ocean has the ring of volcanoes
around it?
A.Artic
B.Atlantic
C.Indian
D.Pacific
36. PRACTICE TEST
2. Which famous Philippine volcano is
usually seen in world maps due to its violent
eruption in 1991?
A. Bulusan
B. Kanlaon
C. Mayon
D. Pinatubo
37. DEFINITION OF TERMS
3. All of these plates are in the Pacific Ring of
Fire, EXCEPT ____.
A.Cocos
B.Eurasian
C.Nazca
D.North American
38. PRACTICE TEST
4. All of these have volcano or earthquake
activity EXCEPT _____.
A. Australia
B. Japan
C. Mexico
D. Philippines
39. PRACTICE TEST
5. How do you describe the location of earthquake
epicenters, active volcanoes, and moving plates in
the Pacific Ring of Fire?
A. They are all over the place.
B. They are concentrated in one area.
C. They are situated in the same location.
D. They are strategically plotted in clusters.
42. SURPRISING FACTS
The majority of Earth's volcanoes are located
underwater, along mid-ocean ridges. These underwater
eruptions are often not as widely known as their
terrestrial counterparts.
During some volcanic eruptions, lightning can occur
within the ash clouds. This phenomenon is known as
"dirty thunderstorms" and is a spectacular but
dangerous aspect of volcanic activity.
43. SURPRISING FACTS
Massive volcanic eruptions can inject large quantities
of ash and gas into the stratosphere, causing a
temporary cooling effect on the Earth's climate. One
such event, the eruption of Mount Tambora in 1815,
led to the "Year Without a Summer" in 1816.-Volcanic
Winter
44. SURPRISING FACTS
The seismograph, an instrument used to detect and
record earthquakes, was invented by the Chinese
polymath Zhang Heng in 132 AD. It was a remarkable
advancement in earthquake science for its time.
The most powerful earthquake ever recorded occurred in
Chile in 1960. It had a magnitude of 9.5 on the Richter
scale and caused widespread devastation.
45. SURPRISING FACTS
The Moon also experiences quakes, known as
"moonquakes." These are primarily caused by the
gravitational interactions between the Earth and
the Moon.
46. SURPRISING FACTS
The Himalayas, home to Mount Everest, the world's
tallest mountain, continue to rise about 2.4 inches (6.1
cm) higher each year due to tectonic activity.
The Andes in South America is the longest mountain
range in the world, stretching for about 4,300 miles
(7,000 kilometers) along the western edge of the
continent.
47. DEFINITION OF TERMS
Fact about the Cordillera Mountains in the
Philippines is that they are home to the world-
renowned Banaue Rice Terraces. These terraces
are often referred to as the "Eighth Wonder of the
World" and are believed to be over 2,000 years
old.
49. ACTIVITY 2. RETHINK THE RISKS
a. Which regions are high-risk in terms of:
1)Earthquake
Regions 1, 2, 3, 11
2)Landslides
Regions 1,3,5,7,8,12
3) volcanic eruptions
Regions 5, ARRM
4) Tsunami
CAR, Regions 3, 4B, 5,7, 12
50. ACTIVITY 2. RETHINK THE RISKS
b. Are there regions where all the four risks are
highly present? List them down.
NONE
c. If you will choose a province to live, where will it
be? Why?
PALAWAN – No geologic risk
51. DEFINITION OF TERMS
d. Why do you think those areas are at high risk
for earthquakes, landslides, volcanic eruptions,
and tsunamis?
This is due to its location along the Ring of Fire,
or typhoon belt- alarge Pacific Ocean region where
many of Earth’s volcanic eruptions and
earthquakes occur
52. PROCESS QUESTIONS
How did you find the hazard maps in the previous
activity?
Did you see your province as one of the epicenters?
When was the last time you experienced an
earthquake?
How was your experience?
53. FORMATIVE ASSESSMENT 2
1. It is a region where all the risks are
present.
A. Region 2
B. Region 3
C. Region 5
D. None
54. FORMATIVE ASSESSMENT 2
2. It is the safest place in the country due to
its very low risk in geologic disasters.
A. Batanes
B. Isabela
C. Palawan
D. Romblon
55. FORMATIVE ASSESSMENT 2
3. What is the common precursor (something that
happened or existed before another event) of the
natural disasters?
A.Earthquake
B.landslide
C.tsunami
D.volcanic eruption
56. FORMATIVE ASSESSMENT 2
4. Which region is prone to earthquakes but
not to a volcanic eruption?
A. Cagayan Valley
B. Eastern Visayas
C. Metro Manila
D. Northern Mindanao
57. FORMATIVE ASSESSMENT 2
5. In which province should people refrain
from building high rise houses?
A. Agusan Del Norte
B. Benguet
C. Camiguin
D. Davao
58. RISK- FREE AND PREPARED
All these risks identified in the Enrichment
Activity 2 can cause harmful effects to our
environment, our country as a whole, and
our communities in particular.
These may even result in the death of people
who are not prepared for these natural
disasters.
60. FORMATIVE ASSESSMENT 3
1. If an earthquake begins while you are in a building,
the safest thing for you to do is ______.
A. call home
B. duck near a wall
C. get under the strongest table, chair, or other pieces of
furniture
D. lie flat on the floor and cover your head with your
hands
61. FORMATIVE ASSESSMENT 3
2. Why is it important to be aware of places
prone to earthquakes?
A. to identify what crop must be stored
B. to identify what relief goods to be
prepared
C. to locate where to the next quake will
occur
D. to perform necessary precautions
62. FORMATIVE ASSESSMENT 3
3. All of these are wise practices during
an earthquake EXCEPT_______.
A. cover your head
B. duck under the table
C. park your car
D. run to a tall tree
63. FORMATIVE ASSESSMENT 3
4. Tsunami comes when you suddenly observe the
ocean water moving away from the beach. To save
yourself from this calamity, you MUST ______.
A. call the police
B. run to the nearest hill or mountain
C. stay in the middle of the beach
D. take the time to pick up seashells
64. FORMATIVE ASSESSMENT 3
5. What can be the WORST and irreversible
effect of negligence or failure to prepare
for natural geologic disasters?
A. damage to properties
B. death
C. disease
D. poverty
65. PERFORMANCE TASK
What I Can Do
NOTE: This is a make-believe activity. Pretend and internalize the role you are
asked
to do. Enjoy!
You are an active member of your school’s Supreme Student
Government. Your City/ Municipal Mayor highly commends and
accepts students’ participationin solving current problems and issues.
Thus, he or she opened a social mediapage/account where students
can communicate openly to him
66. PERFORMANCE TASK
What I Can Do
On a piece of coupon bond, copy the graphic
organizer below and write a draft of your social
media comment suggesting ways by which you (or
the youth) can contribute to government efforts in
reducing damage due to earthquakes, tsunamis, and
volcanic eruptions. Make sure to enumerate specific
steps to achieve your goals or suggestions.
67. PERFORMANCE TASK
Use the hashtags: #youthinaction,
#disasterpreparedness. You may also mention or
paste/draw pictures of disaster hazards you have
observed within your city or municipality that may
also catch the attention of your Mayor.
69. PERFORMANCE TASK
Discussion of Possible Outcomes:
1. What do you think are the keys to the
accomplishment of your goals?
2. What do you think are the factors that may
hinder your Mayor to accept your suggestions?
3. Do you think your suggestions will be
accepted by the people in your locality? Why?
70. PERFORMANCE TASK
Standards Rubric
Appropriateness (disaster risk reduction) 25 points
Accuracy (taken from real scenario) 25 points
Grammar and Spelling (English and/or vernacular) 15 points
Techniques (persuasiveness/humor in words and pictures) 25 points
Timeliness/Neatness 10 points
TOTAL 100 points
71. WORDS TO PONDER
Even with all our technology and the
inventions that make modern life so much
easier than it once was, it takes just one
big natural disaster to wipe all that away
and remind us that, here on Earth, we're
still at the mercy of nature.
Editor's Notes
For this module, we will focus on the lithosphere which
is composed of the crust and the upper mantle.
D” layer, the lowermost portion of the mantle, sits just above the molten iron-rich outer core, 200km thick ,"D double-prime" or "D prime prime“
The Earth's core is divided into two layers, a solid inner core, and a liquid outer core. The Inner Core (D) (1216 km) is solid nickle-iron alloy. The Outer Core (C) (2270 km), is a molten nickle-iron alloy. The Mantle (B) is approximately 2885 kilometers thick and is the middle layer of the Earth.
Our Earth has four layers consisting of different materials, namely, crust,
mantle, inner, and outer core.
The lithosphere is said to be in constant but very slow motion. These motions
are not the same everywhere. This movement of the lithosphere is called tectonics.
According to the Plate Tectonics Theory, the entire lithosphere of the Earth is
broken into numerous segments called plates (see Figure 1). The arrows show the
direction of the plate movement and the other lines are the fault lines.
According to the Plate Tectonics Theory, the entire lithosphere of the Earth is
broken into numerous segments called plates (see Figure 1). The arrows show the
direction of the plate movement and the other lines are the fault lines.
c. Q:Look at your world map on page 11 and compare the earthquake
epicenters. Name the country/ies where earthquakes may not happen
A.
Q:Why are there no earthquakes on the country/ies you mentioned?
Tectonic Plate Location: These countries are situated on stable sections of tectonic plates, away from the boundaries where most tectonic activity occurs.
Distance from Plate BoundariesCountries far from these plate boundaries, like those in the Middle East and North Africa, experience fewer seismic events because they are farther from the primary sources of tectonic stress.
c. Q:Look at your world map on page 11 and compare the earthquake
epicenters. Name the country/ies where earthquakes may not happen
A.
Q:Why are there no earthquakes on the country/ies you mentioned?
Tectonic Plate Location: These countries are situated on stable sections of tectonic plates, away from the boundaries where most tectonic activity occurs.
Distance from Plate BoundariesCountries far from these plate boundaries, like those in the Middle East and North Africa, experience fewer seismic events because they are farther from the primary sources of tectonic stress.
c. Q:Look at your world map on page 11 and compare the earthquake
epicenters. Name the country/ies where earthquakes may not happen
A.
Q:Why are there no earthquakes on the country/ies you mentioned?
Tectonic Plate Location: These countries are situated on stable sections of tectonic plates, away from the boundaries where most tectonic activity occurs.
Distance from Plate BoundariesCountries far from these plate boundaries, like those in the Middle East and North Africa, experience fewer seismic events because they are farther from the primary sources of tectonic stress.
Buti pa yung ash na Fall
Q:How are volcanoes distributed?
A:Volcanoes occur in linear clusters. They are distributed at the edges of the continents
Q:Where are they situated?
A: Most volcanoes occur on plate margins at destructive margins (e.g. Nazca and South American Plate) & constructive plate margins (e.g. along the Mid-Atlantic Ridge), east and Southeast asia
Q:Based on the map, which country/ies will unlikely experience a volcanic
eruption?
Answers may vary
c. Q:Look at your world map on page 11 and compare the earthquake
epicenters. Name the country/ies where earthquakes may not happen
A.
Q:Why are there no earthquakes on the country/ies you mentioned?
Tectonic Plate Location: These countries are situated on stable sections of tectonic plates, away from the boundaries where most tectonic activity occurs.
Distance from Plate BoundariesCountries far from these plate boundaries, like those in the Middle East and North Africa, experience fewer seismic events because they are farther from the primary sources of tectonic stress.
c. Q:Look at your world map on page 11 and compare the earthquake
epicenters. Name the country/ies where earthquakes may not happen
A.
Q:Why are there no earthquakes on the country/ies you mentioned?
Tectonic Plate Location: These countries are situated on stable sections of tectonic plates, away from the boundaries where most tectonic activity occurs.
Distance from Plate BoundariesCountries far from these plate boundaries, like those in the Middle East and North Africa, experience fewer seismic events because they are farther from the primary sources of tectonic stress.
Q: h. How do you compare the location of majority of earthquake epicenters
with the location of volcanoes around the world?
Both are located in the same location
*Tectonic Plate Boundaries: Both earthquakes and volcanoes are most commonly found near the boundaries of Earth's tectonic plates.
c. Q:Look at your world map on page 11 and compare the earthquake
epicenters. Name the country/ies where earthquakes may not happen
A.
Q:Why are there no earthquakes on the country/ies you mentioned?
Tectonic Plate Location: These countries are situated on stable sections of tectonic plates, away from the boundaries where most tectonic activity occurs.
Distance from Plate BoundariesCountries far from these plate boundaries, like those in the Middle East and North Africa, experience fewer seismic events because they are farther from the primary sources of tectonic stress.
Q. How will you relate the distribution of mountain ranges with the
distribution of earthquake epicenters and volcanoes?
The distribution of mountain ranges is closely related to the distribution of earthquake epicenters and volcanoes on Earth. These geological features are all interconnected and primarily result from the movements of tectonic plates.
Q. What do you think is the basis of scientists in dividing Earth’s lithosphere
into several plates?
A. Seismic Activities, volcanism and mountain formation
c. Q:Look at your world map on page 11 and compare the earthquake
epicenters. Name the country/ies where earthquakes may not happen
A.
Q:Why are there no earthquakes on the country/ies you mentioned?
Tectonic Plate Location: These countries are situated on stable sections of tectonic plates, away from the boundaries where most tectonic activity occurs.
Distance from Plate BoundariesCountries far from these plate boundaries, like those in the Middle East and North Africa, experience fewer seismic events because they are farther from the primary sources of tectonic stress.
c. Q:Look at your world map on page 11 and compare the earthquake
epicenters. Name the country/ies where earthquakes may not happen
A.
Q:Why are there no earthquakes on the country/ies you mentioned?
Tectonic Plate Location: These countries are situated on stable sections of tectonic plates, away from the boundaries where most tectonic activity occurs.
Distance from Plate BoundariesCountries far from these plate boundaries, like those in the Middle East and North Africa, experience fewer seismic events because they are farther from the primary sources of tectonic stress.
Our country, the Philippines, is situated in a place where Plate Tectonics is
very evident- the Ring of Fire.
Our country, the Philippines, is situated in a place where Plate Tectonics is
very evident- the Ring of Fire.
Q. Why is this area called the Pacific Ring of Fire?
It is a long chain of volcanoes and other tectonically
active structures that surround the Pacific Ocean. The Ring of Fire is one of the most
geologically active areas on Earth and a site for frequent earthquakes and powerful
volcanic eruptions.
let’s see how our country, Philippines, is at risk of disasters related to
geologic activities. As we are known to be resilient (flexible), we have high hopes that
our resilience could also mean preparedness at all times.
deep focus earthquakes experienced in La Union and Pangasinan are due to the Manila Trench, while shallow earthquakes in Nueva Vizcaya, Nueva ecija and Bengute are due to their location along the Philippine Faultline zone
Bemguet belong to the top 10 provinces that are at risk to earth quakes
As a student, are you prepared when these disasters strike? Do the next activity to ensure your disaster preparedness during earthquakes, tsunamis, and volcanic eruptions.
Now that you have performed your make-believe performance task, answer briefly and honestly the questions on the next page: