Nomenclature
... • Chemicals that should always be named by common name and never named by the IUPAC method are: • H2O water, not dihydrogen monoxide • NH3 ammonia, not nitrogen trihydride ...
... • Chemicals that should always be named by common name and never named by the IUPAC method are: • H2O water, not dihydrogen monoxide • NH3 ammonia, not nitrogen trihydride ...
The Elements of Group 15 (5A, V, VA) The Nitrogen Group
... Valence electron configuration: ns2np3 ...
... Valence electron configuration: ns2np3 ...
Layers of the earth new
... • Composition: hot rock that has the ability to flow • Temperature: increases with depth • Density: increases with depth ...
... • Composition: hot rock that has the ability to flow • Temperature: increases with depth • Density: increases with depth ...
Layers of the Earth
... waves increased in speed as they passed through a boundary at a depth below the surface between 32 and 64 kilometers. He felt that this happened because the waves traveled through a less dense area. • We now know that he founded the layer next to Earth’s crust which was the mantle. • The makeup of t ...
... waves increased in speed as they passed through a boundary at a depth below the surface between 32 and 64 kilometers. He felt that this happened because the waves traveled through a less dense area. • We now know that he founded the layer next to Earth’s crust which was the mantle. • The makeup of t ...
Objectives
... Know Bowens Reaction Series…. Be sure to be able to tell me what kind of igneous rocks will form at different temperatures. What will these igneous rocks look like and what is their mineral make up. ...
... Know Bowens Reaction Series…. Be sure to be able to tell me what kind of igneous rocks will form at different temperatures. What will these igneous rocks look like and what is their mineral make up. ...
SILICON History Silicon is the most common metalloid. It is a
... Silicon is the most common metalloid. It is a chemical element, which has the symbol Si and atomic number 14. A tetravalent metalloid, it is less reactive than its chemical analog carbon. Silicon is the eighth most common element in the universe by mass, but very rarely occurs as the pure free eleme ...
... Silicon is the most common metalloid. It is a chemical element, which has the symbol Si and atomic number 14. A tetravalent metalloid, it is less reactive than its chemical analog carbon. Silicon is the eighth most common element in the universe by mass, but very rarely occurs as the pure free eleme ...
File
... slabs called plates. • There are a dozen or so major plates and several smaller ones. • Tectonic plates move in different directions and at different rates over Earth’s surface. ...
... slabs called plates. • There are a dozen or so major plates and several smaller ones. • Tectonic plates move in different directions and at different rates over Earth’s surface. ...
Cell Biology Review Game
... Which statement about the Earth's mantle is correct? a. The density of the mantle is greatest 300 km below the Earth's surface. b. The highest temperatures within the Earth occur in the mantle. c. The greatest pressures within the Earth exist in the mantle. d. The temperature of the mantle 300 km b ...
... Which statement about the Earth's mantle is correct? a. The density of the mantle is greatest 300 km below the Earth's surface. b. The highest temperatures within the Earth occur in the mantle. c. The greatest pressures within the Earth exist in the mantle. d. The temperature of the mantle 300 km b ...
File
... Which has the highest temperature, mantle, outer core, or crust? Why is the inner core solid even though it is hotter than the outer core? Continental Drift: Who came up with the theory of continental drift? How were fossils evidence of continental drift? What was another piece of evidence Wegener u ...
... Which has the highest temperature, mantle, outer core, or crust? Why is the inner core solid even though it is hotter than the outer core? Continental Drift: Who came up with the theory of continental drift? How were fossils evidence of continental drift? What was another piece of evidence Wegener u ...
Slide 1
... a. small amounts of material from the lower mantle move upward to the surface b. slabs of cold oceanic lithosphere move down and into the lower mantle c. large slabs of continental crust are pulled down into the lower mantle d. material from the inner core rises into the mantle to form super hot plu ...
... a. small amounts of material from the lower mantle move upward to the surface b. slabs of cold oceanic lithosphere move down and into the lower mantle c. large slabs of continental crust are pulled down into the lower mantle d. material from the inner core rises into the mantle to form super hot plu ...
key terms
... zone where convective flow of material occurs. basin (171): A depressed area that serves as a catchment area for sediments (basin of deposition). A structural basin is an area in which strata slope inward toward a central location. Has an elliptical to roughly circular outcrop pattern in which beds ...
... zone where convective flow of material occurs. basin (171): A depressed area that serves as a catchment area for sediments (basin of deposition). A structural basin is an area in which strata slope inward toward a central location. Has an elliptical to roughly circular outcrop pattern in which beds ...
Plate Tectonics
... When continental plates collide slowly the layers of rock in the plate fold, and the edges are pushed towards each other. Sometimes the movement causes tension which causes the crust to break forming a normal fault. This faulting may cause mountains to form. ...
... When continental plates collide slowly the layers of rock in the plate fold, and the edges are pushed towards each other. Sometimes the movement causes tension which causes the crust to break forming a normal fault. This faulting may cause mountains to form. ...
Bedrock Geologic Map of Saratoga National Historical Park and
... The onslaught of the Taconic Orogeny closed up the western portion of the Iapetus Ocean, eventually resulting in the collision of the Taconia volcanic island arc with the edge of the Laurentian shelf. This slow process was accompanied by the depression of the shallow shelf as Taconia approached. The ...
... The onslaught of the Taconic Orogeny closed up the western portion of the Iapetus Ocean, eventually resulting in the collision of the Taconia volcanic island arc with the edge of the Laurentian shelf. This slow process was accompanied by the depression of the shallow shelf as Taconia approached. The ...
Poor Wegener - Issaquah Connect
... In the 1950’s, new data from studies of the ocean floor provided an explanation of how continents moved. Wegener was proven right! ...
... In the 1950’s, new data from studies of the ocean floor provided an explanation of how continents moved. Wegener was proven right! ...
Lab 2 - Plate TectonicsOct.2014
... lowers the melting point of the rocks in the overlying mantle and thus initiates melting. Another potential mechanism for magma generation occurs when the subducted slab itself is metamorphosed and subsequently melted. It appears, however, that this requires unusual conditions and occurs rather infr ...
... lowers the melting point of the rocks in the overlying mantle and thus initiates melting. Another potential mechanism for magma generation occurs when the subducted slab itself is metamorphosed and subsequently melted. It appears, however, that this requires unusual conditions and occurs rather infr ...
VEST `96, Plate Tectonics
... but from that age foreword they are more and more different. If, prior to ~225 million years ago (a geologist would say ~225 Ma), India, S. America, and Australia were connected, it would make sense that the same trees might be found on all three. However, if around 225 Ma the continents started to ...
... but from that age foreword they are more and more different. If, prior to ~225 million years ago (a geologist would say ~225 Ma), India, S. America, and Australia were connected, it would make sense that the same trees might be found on all three. However, if around 225 Ma the continents started to ...
RP 3E2 Land and Water Features
... The distance of the earth from the sun ensures that energy reaches the planet at a rate sufficient to sustain life, and yet not so fast that water would boil away or that molecules necessary to life would not form. Water exists on the earth in liquid, solid, and gaseous forms—a rarity among the plan ...
... The distance of the earth from the sun ensures that energy reaches the planet at a rate sufficient to sustain life, and yet not so fast that water would boil away or that molecules necessary to life would not form. Water exists on the earth in liquid, solid, and gaseous forms—a rarity among the plan ...
1. List the 3 main layers of Earth from the most dense to the least
... Between two oceanic crusts? Island arcs, ocean trenches due to subduction of the older plate ...
... Between two oceanic crusts? Island arcs, ocean trenches due to subduction of the older plate ...
Slide 1
... Evidence to explain – The Moon’s composition is basically similar to the Earth – The Moon does not have volatiles – The Moon is lower density than the Earth Don’t even talk about the capture model! ...
... Evidence to explain – The Moon’s composition is basically similar to the Earth – The Moon does not have volatiles – The Moon is lower density than the Earth Don’t even talk about the capture model! ...
L10
... Lithosphere ; outermost 100 km of Earth . Consists of the crust plus the outermost part of the mantle. Divided into tectonic or lithospheric plates that cover surface of Earth ...
... Lithosphere ; outermost 100 km of Earth . Consists of the crust plus the outermost part of the mantle. Divided into tectonic or lithospheric plates that cover surface of Earth ...