Key Terms for Theme 3 Aseismic Aseismig A description of buildings
... flexing of the oceanic plate during the process of subduction. ...
... flexing of the oceanic plate during the process of subduction. ...
ch7 answers to SG
... plate subducts under the continental plate. 24. What type of fault occurs on a transform boundary? Strike-slip Fault 25. The core of the earth is divided into a liquid outer core and a solid inner core, but both are made of what element? Iron 26. Thermal energy transfer is responsible for the convec ...
... plate subducts under the continental plate. 24. What type of fault occurs on a transform boundary? Strike-slip Fault 25. The core of the earth is divided into a liquid outer core and a solid inner core, but both are made of what element? Iron 26. Thermal energy transfer is responsible for the convec ...
answer key
... and animal discoveries were used to ‘piece together’ the continents and their movement 7. Describe how each of these types of volcanoes are created Shield volcano Cinder Cone volcano Large, broad volcanoes. Smallest of the volcanoes. Formed by releasing fast Formed from explosive moving, less gassy ...
... and animal discoveries were used to ‘piece together’ the continents and their movement 7. Describe how each of these types of volcanoes are created Shield volcano Cinder Cone volcano Large, broad volcanoes. Smallest of the volcanoes. Formed by releasing fast Formed from explosive moving, less gassy ...
Review
... 37. How do wind and air masses move in response to the coriolis effect in the northern hemisphere? 38. By what two broad criteria is climate defined? 39. How are marine environments broadly defined? Give some examples. Terms: actualism uniformitarianism catastrophism rocks minerals igneous rocks sed ...
... 37. How do wind and air masses move in response to the coriolis effect in the northern hemisphere? 38. By what two broad criteria is climate defined? 39. How are marine environments broadly defined? Give some examples. Terms: actualism uniformitarianism catastrophism rocks minerals igneous rocks sed ...
On this day in 1815, Women`s Rights Leader Elizabeth Cady
... • Oceanic lithosphere subducts underneath the continental lithosphere • Oceanic lithosphere heats and dehydrates as it subsides • The melt rises forming volcanism • E.g. The Andes ...
... • Oceanic lithosphere subducts underneath the continental lithosphere • Oceanic lithosphere heats and dehydrates as it subsides • The melt rises forming volcanism • E.g. The Andes ...
Assignment - 1
... Earth's continents would fit together like a puzzle. The structural trends, mountain belts and rock types in different pieces of this puzzle are continuous. Fossil evidences found connecting pieces also support that they were together once. The same rock types formed under different climatic conditi ...
... Earth's continents would fit together like a puzzle. The structural trends, mountain belts and rock types in different pieces of this puzzle are continuous. Fossil evidences found connecting pieces also support that they were together once. The same rock types formed under different climatic conditi ...
revised_midterm_guide
... the different properties of minerals and their underlying causes – give examples for each You do NOT have to know: Figure 4.6 (the chart showing mineral contents of different rocks) because if you remember Bowen’s crystallization series, then you know the basic mineralogy of felsic and mafic roc ...
... the different properties of minerals and their underlying causes – give examples for each You do NOT have to know: Figure 4.6 (the chart showing mineral contents of different rocks) because if you remember Bowen’s crystallization series, then you know the basic mineralogy of felsic and mafic roc ...
Stratigraphy animation text
... Marine or lacustrine sedimentation is the process where particles either precipitate out of solution or where rock, mineral and/or organic material break down and accumulate as strata. The seas recede and the layers are subjected them to regional compressional forces which deform the tectonic plate ...
... Marine or lacustrine sedimentation is the process where particles either precipitate out of solution or where rock, mineral and/or organic material break down and accumulate as strata. The seas recede and the layers are subjected them to regional compressional forces which deform the tectonic plate ...
Fourth lecture - 16 September, 2015
... The leading physicists of his day, however, were able to show that this was physically not possible. The proposed mechanism was thus discredited, so the entire hypothesis was set aside (by most!) as yet more wishful thinking. ...
... The leading physicists of his day, however, were able to show that this was physically not possible. The proposed mechanism was thus discredited, so the entire hypothesis was set aside (by most!) as yet more wishful thinking. ...
Shortly after the Earth formed, heat released by colliding particles
... the Theory of Plate tectonics: • The lithosphere (crust & upper mantle) is broken into puzzle pieces called tectonic plates. • Oceanic plates are more dense than continental. • Therefore, oceanic plates will be subducted (pushed underneath) continental. ...
... the Theory of Plate tectonics: • The lithosphere (crust & upper mantle) is broken into puzzle pieces called tectonic plates. • Oceanic plates are more dense than continental. • Therefore, oceanic plates will be subducted (pushed underneath) continental. ...
EP-Y10-mod
... causes them to stick together. When built up energy causes them to break, earthquakes occur. ...
... causes them to stick together. When built up energy causes them to break, earthquakes occur. ...
divergent boundaries - Thomas C. Cario Middle School
... 1. Oceanic-Continental When a continental plate collides with an oceanic plate, the less dense plate will continue on its course while the denser plate will sink under the continental plate and into the . As the descending plate increases in depth, the heat generated causes partial melting of the ma ...
... 1. Oceanic-Continental When a continental plate collides with an oceanic plate, the less dense plate will continue on its course while the denser plate will sink under the continental plate and into the . As the descending plate increases in depth, the heat generated causes partial melting of the ma ...
tectonic plates
... Similar fossils have been found on continents that once could have been together. ...
... Similar fossils have been found on continents that once could have been together. ...
Answer Key - Scioly.org
... respectively (2). The basin and range has above normal elevation and below average crustal thickness, so it is not in isostatic equilibrium (2). Rather, it is supported by dynamic upwelling of mantle asthenosphere beneath it, which is also causing the extension (2). Products of erosion of the ranges ...
... respectively (2). The basin and range has above normal elevation and below average crustal thickness, so it is not in isostatic equilibrium (2). Rather, it is supported by dynamic upwelling of mantle asthenosphere beneath it, which is also causing the extension (2). Products of erosion of the ranges ...
Question you are trying to answer. Ex
... 3. Is Earth’s surface covered more by land or water? WATER 4. What are the two main gases in our atmosphere? NITROGEN & OXYGEN 5. The movement of tectonic plates is caused by CONVECTION CURRENTS in the Earth’s MANTLE. 6. The idea that Earth’s crust is made up of separate plates that float on the man ...
... 3. Is Earth’s surface covered more by land or water? WATER 4. What are the two main gases in our atmosphere? NITROGEN & OXYGEN 5. The movement of tectonic plates is caused by CONVECTION CURRENTS in the Earth’s MANTLE. 6. The idea that Earth’s crust is made up of separate plates that float on the man ...
to Ch. 10 Notes
... • Rising magma can form _________________in an ocean (Aleutian Islands). Ocean-Continent • Rising magma can form ___________________(Andes Mountains). Divergent Plate Boundaries The greatest volume of volcanic rock is produced along the oceanic ridge system. • _________________pulls apart. • Les ...
... • Rising magma can form _________________in an ocean (Aleutian Islands). Ocean-Continent • Rising magma can form ___________________(Andes Mountains). Divergent Plate Boundaries The greatest volume of volcanic rock is produced along the oceanic ridge system. • _________________pulls apart. • Les ...
Study Guide: Plate tectonics TEST 2/soil Rocks/Weathering and
... dense layer. Lithosphere- layer of hard rigid rock- makes up tectonic plates. Asthenospere- hot rock close to melting. Mantle- thickest layer. Outer corelayer of molten iron and nickel. Inner Core- solid ball of iron and nickeldensest layer. 17. What are the theories of Continental Drift & Plate Tec ...
... dense layer. Lithosphere- layer of hard rigid rock- makes up tectonic plates. Asthenospere- hot rock close to melting. Mantle- thickest layer. Outer corelayer of molten iron and nickel. Inner Core- solid ball of iron and nickeldensest layer. 17. What are the theories of Continental Drift & Plate Tec ...
Geologic Setting Hot Spots (and Mid
... occasionally mafic. The composition of the lava erupted is variable primarily because the amounts of assimilation and differentiation that occur to magma on its way to the surface ...
... occasionally mafic. The composition of the lava erupted is variable primarily because the amounts of assimilation and differentiation that occur to magma on its way to the surface ...
A Late Paleozoic association of plants found only on the
... The theory that the seafloor moves away from spreading ridges and is eventually consumed at subduction zones. ...
... The theory that the seafloor moves away from spreading ridges and is eventually consumed at subduction zones. ...
plate tectonics - mfischerscience
... magnetic material on either side of a ridge. • This shows that new rock was coming from the ridges. ...
... magnetic material on either side of a ridge. • This shows that new rock was coming from the ridges. ...
Section 7.3 Student note
... cools -crystal size depends on how slow it cooled -Intrusive igneous rocks formed well below the surface, ‘intruded into the rock’ -Extrusive rocks formed on the Earth’s surface (exited the Earth) -reach the surface through cracks in the crust/plates, or through erosion and uplift of layers of rock ...
... cools -crystal size depends on how slow it cooled -Intrusive igneous rocks formed well below the surface, ‘intruded into the rock’ -Extrusive rocks formed on the Earth’s surface (exited the Earth) -reach the surface through cracks in the crust/plates, or through erosion and uplift of layers of rock ...
Structure of the Earth Tectonics
... Crystals are magnetic – line up with the magnetic field of the Earth Crystals point North and south / cool and freeze and become locked in Contains a record of the history of the magnetic field of the Earth ...
... Crystals are magnetic – line up with the magnetic field of the Earth Crystals point North and south / cool and freeze and become locked in Contains a record of the history of the magnetic field of the Earth ...
Large igneous province
A large igneous province (LIP) is an extremely large accumulation of igneous rocks, including liquid rock (intrusive) or volcanic rock formations (extrusive), when hot magma extrudes from inside the Earth and flows out. The source of many or all LIPs is variously attributed to mantle plumes or to processes associated with plate tectonics. Types of LIPs can include large volcanic provinces (LVP), created through flood basalt and large plutonic provinces (LPP). Eleven distinct flood basalt episodes occurred in the past 250 million years, creating volcanic provinces, which coincided with mass extinctions in prehistoric times. Formation depends on a range of factors, such as continental configuration, latitude, volume, rate, duration of eruption, style and setting (continental vs. oceanic), the preexisting climate state, and the biota resilience to change.