1) Label on Fig. 1 the following ocean floor structures. Use the table to describe the primary tectonic process (e.g., continent-continent convergent boundary) that forms each feature and specify what types of earthquakes you would expect there (e.g., shallow, intermediate, deep). a) The Mid-Atlantic Ridge b) The Himalayan Mountains treen ntue un as Eurasian Plate 60N- Juan de Fuca- Pete Certteen Plsle Philoore Plate Alrican Pate den Plate Pacte Pate Cocos Pate Nerca Plate Eset Ahice Australen Plete Auetralian Plate Scuth American Plate 60s Antaretic Plate Soos Pale 180 150w 120w Canvergent boundary, seeth angies) are positioned on the edge at he overiding plane and point in the drection of ralative motion ef ne sutueing plate as ii pnges benealh he overiding plate. ajor anstorm boundary Divargent boundary (Fig. 1)

Applications and Investigations in Earth Science (9th Edition)
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1) Label on Fig. 1 the following ocean floor structures. Use the table to describe the primary
tectonic process (e.g., continent-continent convergent boundary) that forms each feature and
specify what types of earthquakes you would expect there (e.g., shallow, intermediate, deep).
a) The Mid-Atlantic Ridge
b) The Himalayan Mountains
CopigneThe Veira Corpat, Inc man aqud kur pruckcan or duphs
Non Arercan Piate
60N-
Eurasian Plate
Juan de Fuca
Plate
Cerbbeen
Plale
e
-Philioore
Plate
Alrican Plate
Indian
Plate
Pacitic Plate
Cocos
Plate
205
Neza
Plate
Esat /
African
Australien
Plate
Auetralian
Plate
South American
Plate
60'S
Antaratic Plate
Sootia Pale
no
150E
180
150'W
120W
30W
120'E
Convergant boundary eth (triangies) are positioned on the adga at
The overiding plate and point in the drection of rakative motion af
a subducting platea as it plunges beneath the overrkding plate.
Major transtorm boundary
Divergent boundery
(Fig. 1)
CopyrighOThe MeGrw-I Companien, ne. Permission regired kor eproduction or deplin
Table 3.4 Types and Characteristies of Plate Boundaries
Туреs of
Lithosphere
Plate
Geologie
Geologic
Geologio
Boundary
Process
Feature
Earthquakes
Volcanism
Examples
Divergent
(тove apart)
Ocean-Ocean
Mid-Atlantic Ridge,
New sea floor created, Mid-oxean ridge
ocean basin opens
Yes, shallow
Yes
East Pacific Rise
Continent-Continent Continent breaks
Continental rift,
Yes, shallow
Yes
East African Rift, Red
shallow sea
Sea, Gulf of Aden,
apart, new ocean
basin forms
Gulf of Califomia
Aleutian, Mariana, and
Tonga Trenches
(Pacific Ocean)
Peru-Chile and Middle-
America Trenches
(Eastern Pacific
Ocean)
Himalaya Mountains,
Alps
Convergent
(move
together)
Ocean Ocean
Old sea floor destroyed Ocean trench
Yes, shallow to
Yes
by subduction
deep
Old sea floor destroyed Ocean trench
hy subduction
Ocean-Continent
Yes, shallow to
Yes
deep
Yes, shallow to
intermediate
Continent-Continent Mountain building
Mountain range
No
Sea floor conserved
(neither ereated nor
destroyed)
Sca floor conserved
(neither created nor
destroyed)
Transform fault
(offsets segments
of ridge crest)
Transform fault
Transform
Оссаn
Yes, shallow
No
Mendocino and
Clipperton (Eastern
Pucific Ocean)
San Andreas Fault,
Alpine Fuult (New
Zealand). North and
East Anatolian Faults
(Turkey)
(slide past
cach other)
Continent
Yes, shallow
No
(offsets segments
of ridge crest)
Transcribed Image Text:1) Label on Fig. 1 the following ocean floor structures. Use the table to describe the primary tectonic process (e.g., continent-continent convergent boundary) that forms each feature and specify what types of earthquakes you would expect there (e.g., shallow, intermediate, deep). a) The Mid-Atlantic Ridge b) The Himalayan Mountains CopigneThe Veira Corpat, Inc man aqud kur pruckcan or duphs Non Arercan Piate 60N- Eurasian Plate Juan de Fuca Plate Cerbbeen Plale e -Philioore Plate Alrican Plate Indian Plate Pacitic Plate Cocos Plate 205 Neza Plate Esat / African Australien Plate Auetralian Plate South American Plate 60'S Antaratic Plate Sootia Pale no 150E 180 150'W 120W 30W 120'E Convergant boundary eth (triangies) are positioned on the adga at The overiding plate and point in the drection of rakative motion af a subducting platea as it plunges beneath the overrkding plate. Major transtorm boundary Divergent boundery (Fig. 1) CopyrighOThe MeGrw-I Companien, ne. Permission regired kor eproduction or deplin Table 3.4 Types and Characteristies of Plate Boundaries Туреs of Lithosphere Plate Geologie Geologic Geologio Boundary Process Feature Earthquakes Volcanism Examples Divergent (тove apart) Ocean-Ocean Mid-Atlantic Ridge, New sea floor created, Mid-oxean ridge ocean basin opens Yes, shallow Yes East Pacific Rise Continent-Continent Continent breaks Continental rift, Yes, shallow Yes East African Rift, Red shallow sea Sea, Gulf of Aden, apart, new ocean basin forms Gulf of Califomia Aleutian, Mariana, and Tonga Trenches (Pacific Ocean) Peru-Chile and Middle- America Trenches (Eastern Pacific Ocean) Himalaya Mountains, Alps Convergent (move together) Ocean Ocean Old sea floor destroyed Ocean trench Yes, shallow to Yes by subduction deep Old sea floor destroyed Ocean trench hy subduction Ocean-Continent Yes, shallow to Yes deep Yes, shallow to intermediate Continent-Continent Mountain building Mountain range No Sea floor conserved (neither ereated nor destroyed) Sca floor conserved (neither created nor destroyed) Transform fault (offsets segments of ridge crest) Transform fault Transform Оссаn Yes, shallow No Mendocino and Clipperton (Eastern Pucific Ocean) San Andreas Fault, Alpine Fuult (New Zealand). North and East Anatolian Faults (Turkey) (slide past cach other) Continent Yes, shallow No (offsets segments of ridge crest)
Expert Solution
Step 1

The crust and upper part of the mantle together float on the ductile asthenosphere. This mechanical layer of the earth is known as the lithosphere. It is divided into various pieces, which are called tectonic plates. These plates are not stagnant and rather have relative velocities with respect to each other. 

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