![2nd 6 week test review 2015-2016 ppt](http://s1.studyres.com/store/data/013736578_1-115e0feb57e472caef87df9eb949ad40-300x300.png)
2nd 6 week test review 2015-2016 ppt
... the shape of the continents. The tectonic plates comprise the bottom of the crust and the top of the Earth's mantle. ...
... the shape of the continents. The tectonic plates comprise the bottom of the crust and the top of the Earth's mantle. ...
Metamorphic Rocks
... like igneous igneous rock rock -- may may have have crude crude banding banding intensely distorted distorted >>intensely ...
... like igneous igneous rock rock -- may may have have crude crude banding banding intensely distorted distorted >>intensely ...
Sedimentary Rocks
... • Recrystallization- the repeated process of melting and solidifying magma into crystals. • Foliation- a metamorphic rock with visible parallel bands of minerals. • Regional metamorphism- metamorphism that affects rocks over large areas at tectonic plate boundaries. (heat & pressure) • Contact metam ...
... • Recrystallization- the repeated process of melting and solidifying magma into crystals. • Foliation- a metamorphic rock with visible parallel bands of minerals. • Regional metamorphism- metamorphism that affects rocks over large areas at tectonic plate boundaries. (heat & pressure) • Contact metam ...
Lesson 2 Power Point - Plain Local Schools
... “Volcanic rocks are formed from lava that flows on the surface of the Earth and other planets and then cools and solidifies” (Arizona, 2007, p. 1) It is important to look at texture of rocks. All rocks have different characteristics ...
... “Volcanic rocks are formed from lava that flows on the surface of the Earth and other planets and then cools and solidifies” (Arizona, 2007, p. 1) It is important to look at texture of rocks. All rocks have different characteristics ...
The Volcanic rocks of the Lake District
... Iapetus, had existed here for many millions of years, and thick piles of muddy sediment had accumulated in it. As the plates began to converge the oceanic plate was subducted (pushed under) the continental plate causing melting in the Earth’s mantle, with the molten rock (magma) rising to form volca ...
... Iapetus, had existed here for many millions of years, and thick piles of muddy sediment had accumulated in it. As the plates began to converge the oceanic plate was subducted (pushed under) the continental plate causing melting in the Earth’s mantle, with the molten rock (magma) rising to form volca ...
SGM3DP01 - Finding And Using Rocks
... Finding and Using Rocks What do you think is beneath all the land and oceans on the planet Earth? The Earth is a SPHERE. If you could cut this sphere in half you would see the four layers that make up the planet Earth. ...
... Finding and Using Rocks What do you think is beneath all the land and oceans on the planet Earth? The Earth is a SPHERE. If you could cut this sphere in half you would see the four layers that make up the planet Earth. ...
The Solid Earth
... important for determining earth’s history (put down in layers, contain fossils) lithification (= transformation of sediments into sedimentary rock) 2 sources of particles (solid – from weathered rock = detritus) (soluble material = chemical sedimentary) detrital – dominated by clay minerals and quar ...
... important for determining earth’s history (put down in layers, contain fossils) lithification (= transformation of sediments into sedimentary rock) 2 sources of particles (solid – from weathered rock = detritus) (soluble material = chemical sedimentary) detrital – dominated by clay minerals and quar ...
Slide 1
... at a oceanic-to-oceanic convergent boundary AND where could you see such a boundary? ...
... at a oceanic-to-oceanic convergent boundary AND where could you see such a boundary? ...
Geology 208 History of Earth System Midterm Topics 1 Topics
... Three ways to make minerals and corresponding rock types Polymorphs: diamond graphite, olivine to spinel in transition zone Diagnostic features from structure and composition Igneous Rocks questions can include: Undercooling and competition between nucleation and diffusion leading to growth ...
... Three ways to make minerals and corresponding rock types Polymorphs: diamond graphite, olivine to spinel in transition zone Diagnostic features from structure and composition Igneous Rocks questions can include: Undercooling and competition between nucleation and diffusion leading to growth ...
Ch 8 Archean
... as opposed to autotrophic organisms that make their own nutrients, as in photosynthesis ...
... as opposed to autotrophic organisms that make their own nutrients, as in photosynthesis ...
Mid-Term Review - Jeopardy 2012
... at a oceanic-to-oceanic convergent boundary AND where could you see such a boundary? ...
... at a oceanic-to-oceanic convergent boundary AND where could you see such a boundary? ...
Cool rocks and hot flow - British Geological Survey
... These two faults have opposite senses of movement and their geometry, along with the 22 to 17 million year synchroneity of movement on them, suggests that the high-grade metamorphic rocks of the Himalaya have been pushed southward — as if through a channel — and rapidly eroded by the heavy rainfall ...
... These two faults have opposite senses of movement and their geometry, along with the 22 to 17 million year synchroneity of movement on them, suggests that the high-grade metamorphic rocks of the Himalaya have been pushed southward — as if through a channel — and rapidly eroded by the heavy rainfall ...
Formation of metamorphic rocks in Ireland | sample answer
... great heat, a common place to see this is around volcanic eruptions. The Sugar Loaf mountain found in Wicklow, Ireland is comprised of the metamorphic rock called quartzite, quartzite was formed by Thermal Metamorphism. Quartzite was originally sandstone. Hot molten magma from the magma heated the s ...
... great heat, a common place to see this is around volcanic eruptions. The Sugar Loaf mountain found in Wicklow, Ireland is comprised of the metamorphic rock called quartzite, quartzite was formed by Thermal Metamorphism. Quartzite was originally sandstone. Hot molten magma from the magma heated the s ...
Chapter 6.2: Igneous Rocks
... • A mixture of large and small crystals • Magma rises slowly through the crust before erupting to the surface – Within the crust, large crystals can grow – On the surface, cooling stops any more crystals from growing ...
... • A mixture of large and small crystals • Magma rises slowly through the crust before erupting to the surface – Within the crust, large crystals can grow – On the surface, cooling stops any more crystals from growing ...
Exam #2 - MSU Billings
... a. They are mineralized replacements of buried fossils such as trees b. Hydrothermal hot springs precipitate the minerals as the hot water cools c. They are what is left over after the rest of the limestone forming the cave has dissolved d. Dissolved minerals, such as calcite, precipitate as the wat ...
... a. They are mineralized replacements of buried fossils such as trees b. Hydrothermal hot springs precipitate the minerals as the hot water cools c. They are what is left over after the rest of the limestone forming the cave has dissolved d. Dissolved minerals, such as calcite, precipitate as the wat ...
Nonfoliated Rocks
... With higher pressure and temperature, the mineral mica can grow and make the rock look shiny, as is common in phyllite and schist. At even higher levels of metamorphism, the minerals in the rock tend to separate into light and dark bands, like those in gneiss. How do rocks change as foliation develo ...
... With higher pressure and temperature, the mineral mica can grow and make the rock look shiny, as is common in phyllite and schist. At even higher levels of metamorphism, the minerals in the rock tend to separate into light and dark bands, like those in gneiss. How do rocks change as foliation develo ...
EPSC 240 – Fall 2016 C. Rowe – McGill University Volcanic Rocks
... Geology in the Field – EPSC 240 Nov 7 2016 Key Concepts for Week 10: Classification of Igneous Rocks: Igneous rocks are classified by composition and texture. The broadest classification is the division between felsic and mafic rocks (see Week 7 notes if you have forgotten). The rocks are further di ...
... Geology in the Field – EPSC 240 Nov 7 2016 Key Concepts for Week 10: Classification of Igneous Rocks: Igneous rocks are classified by composition and texture. The broadest classification is the division between felsic and mafic rocks (see Week 7 notes if you have forgotten). The rocks are further di ...
2.1 Reinforcing Key Concepts
... fault forms a plane that extends horizontally and vertically. During an earthquake, blocks of rock move along these planes. A fault can be a normal fault, a reverse fault, or a strike-slip fault. Label each of the three pictures below showing these three kinds of faults and describe the type of move ...
... fault forms a plane that extends horizontally and vertically. During an earthquake, blocks of rock move along these planes. A fault can be a normal fault, a reverse fault, or a strike-slip fault. Label each of the three pictures below showing these three kinds of faults and describe the type of move ...
Chapter 5 Study Guide Answers!!
... The continents that collided to form them have created a new single continent Erosion works at the exact same pace as the amount the mountains are still rising There is more action at the plate boundary than there ...
... The continents that collided to form them have created a new single continent Erosion works at the exact same pace as the amount the mountains are still rising There is more action at the plate boundary than there ...
Geology of the Santa Cruz Mountains
... level accompanied by local down-buckling in the San Francisco area produced the great bay, as lowlands were invaded by the sea. That the bay has continued to rise until very recently is demonstrated by submerged Indian shell mounds at Emeryville and elsewhere. Archaeologists believe the earliest she ...
... level accompanied by local down-buckling in the San Francisco area produced the great bay, as lowlands were invaded by the sea. That the bay has continued to rise until very recently is demonstrated by submerged Indian shell mounds at Emeryville and elsewhere. Archaeologists believe the earliest she ...
Worksheet 046 - Nature Conservation Lewisham
... Title: Worksheet 7 – The Rock Cycle Subject: Science/Maths The Earth's rocks do not stay the same forever. They are continually changing because of processes such as weathering and large earth movements. The rocks are gradually recycled over millions of years. This is called the rock cycle. For exam ...
... Title: Worksheet 7 – The Rock Cycle Subject: Science/Maths The Earth's rocks do not stay the same forever. They are continually changing because of processes such as weathering and large earth movements. The rocks are gradually recycled over millions of years. This is called the rock cycle. For exam ...
Precambrian Rohbaugh
... Conversion of mafic material to felsic material through rock cycle 3. Decrease in heat production slowed mantle convection ...
... Conversion of mafic material to felsic material through rock cycle 3. Decrease in heat production slowed mantle convection ...
Rock and Roll
... d. granitic 129.Igneous rocks made of feldspar and silicon are named: a. mafic b. felsic c. basaltic d. granitic 130.Igneous rocks that are dark in color are: a. basic b. granitic c. acidic d. felsic 131.Igneous rocks that are large grained and are then erupted from volcanoes so that they contain bo ...
... d. granitic 129.Igneous rocks made of feldspar and silicon are named: a. mafic b. felsic c. basaltic d. granitic 130.Igneous rocks that are dark in color are: a. basic b. granitic c. acidic d. felsic 131.Igneous rocks that are large grained and are then erupted from volcanoes so that they contain bo ...
Algoman orogeny
![](https://commons.wikimedia.org/wiki/Special:FilePath/Orogenic_wedge.jpg?width=300)
The Algoman orogeny, known as the Kenoran orogeny in Canada, was an episode of mountain-building (orogeny) during the Late Archean Eon that involved repeated episodes of continental collisions, compressions and subductions. The Superior province and the Minnesota River Valley terrane collided about 2,700 to 2,500 million years ago. The collision folded the Earth's crust and produced enough heat and pressure to metamorphose the rock. Blocks were added to the Superior province along a 1,200 km (750 mi) boundary that stretches from present-day eastern South Dakota into the Lake Huron area. The Algoman orogeny brought the Archaen Eon to a close, about 2,500 million years ago; it lasted less than 100 million years and marks a major change in the development of the earth’s crust.The Canadian shield contains belts of metavolcanic and metasedimentary rocks formed by the action of metamorphism on volcanic and sedimentary rock. The areas between individual belts consist of granites or granitic gneisses that form fault zones. These two types of belts can be seen in the Wabigoon, Quetico and Wawa subprovinces; the Wabigoon and Wawa are of volcanic origin and the Quetico is of sedimentary origin. These three subprovinces lie linearly in southwestern- to northeastern-oriented belts about 140 km (90 mi) wide on the southern portion of the Superior Province.The Slave province and portions of the Nain province were also affected. Between about 2,000 and 1,700 million years ago these combined with the Sask and Wyoming cratons to form the first supercontinent, the Kenorland supercontinent.