4. A vibration of Earth due to the rapid release of energy
E_ _T_ _U_KE
5. A landmass that projects well above its surroundings;
higher than a hill
M_U_TA_ _
6. The location on the Earth's surface directly above the
focus of an earthquake
_PI_ _N_ _R
7. • Describe and relate the distribution of active
volcanoes, earthquake epicenters, and major
mountain belts to Plate Tectonic Theory.
Learning Objective:
8. Recall!
3 Seismic waves
• Primary waves (P-waves)
• Secondary waves (S-waves)
• Long waves
Travel into
earth’s interior
Travel on the earth’s surface
16. 2 types of crust
Oceanic
crust is
denser than
continental
crust
17. Plate Tectonics is a theory which suggests that
Earth’s crust is made up of plates that constantly
move and interact in various ways, thus, producing
earthquakes, mountains, volcanoes, and other
geologic features.
20. Plate Tectonics is a theory which suggests that Earth’s crust is
made up of plates that constantly move and interact in various
ways, thus, producing earthquakes, mountains, volcanoes, and
other geologic features.
Earth’s crust is broken into large pieces called plates.
Each plate is moving slowly but continuously moving.
Tectonic Plates are large pieces of the upper few hundred
kilometers of Earth that move as a single unit as it floats above the
mantle
22. Fill in the blanks.
The crust and a part of the upper mantle make up the ____1____.
____2______ are large pieces of the upper few hundred kilometers of Earth
that move as a single unit as it ____3____above the mantle.
There are two kinds of crust: ____4____ plates which are thicker but less
dense, and Oceanic plates which are thinner but ____5____ .
ASSESSMENT
23. Plate Tectonics is a ____6_____ which suggests that Earth’s crust is made
up of plates that constantly _____7_____and interact in various ways, thus,
producing earthquakes, mountains, volcanoes, and other
____8_____features.
9-10. Write my complete name.
24.
25. Tectonic Plates are
large pieces of the
upper few hundred
kilometers of Earth
that move as a
single unit as it
floats above the
mantle.
REVIEW
26. Plate Tectonics is a theory which suggests that
Earth’s crust is made up of plates that constantly
move and interact in various ways, thus, producing
earthquakes, mountains, volcanoes, and other
geologic features.
27. • Describe and relate the distribution of active
volcanoes, earthquake epicenters, and major
mountain belts to Plate Tectonic Theory.
Learning Objective:
39. How will you relate the distribution of
mountain ranges with the distribution of
earthquake epicenters and volcanoes?
40.
41.
42. Mountain ranges, volcanoes and
earthquake epicenters are located
along the plate boundaries in which
these boundaries interact
How will you relate the distribution of mountain ranges with
the distribution of earthquake epicenters and volcanoes?
47. LITHOSPHERIC PLATES TYPE OF BOUNDARY
PHILIPPINE PLATE-EURASIAN PLATE
NAZCA PLATE-SOUTH AMERICAN PLATE
AUSTRALIAN PLATE-PACIFIC PLATE
EURASIAN PLATE-INDIAN PLATE
NORTH AMERICAN PLATE-PACIFIC PLATE
COCOS PLATE-CARRIBEAN PLATE
ARABIAN PLATE- AFRICAN PLATE
COMPLETE THE TABLE BELOW BY IDENTIFYING THE TYPE OF PLATE
BOUNDARY BETWEEN PLATES.
How do you describe the location of earthquake epicenters, active volcanoes, and mountain ranges? They are situated in the same location.
Have you ever wondered how this could be possible?
Remember that plates are in constant motion. As they interact along their margins, important geologic processes take places, such as the formation of major mountain ranges, active volcanoes, and earthquake epicenters. It means to say that, where there are earthquakes, crusts can either meet or move apart and form mountains and volcanoes.