3. You will end up with two pieces. Have students label their drawing "normal fault." The rock layers and the fault were formed at different times. What likely happened to the river? Have students label their drawing "thrust fault". Is this type of fault caused by tension, compression or shearing? She labels the layers A, B, C, and D from the top to the bottom. the railroad tracks? Which fossil appears to be the best index fossil? 17. This is because Nevada is located in a region called the Basin and Range Province where the lithosphere is stretching. A student has a 10 milliliter sample of water. What likely happened to the river? Here is a list the kinds of fossils that are found in each rock layer of Sites 1 and 2. the railroad tracks? The most likely explanation for this occurrence is that the metamorphic rock near X has been (1) weakened by faulting (3) intruded by melted rock (2) folded by pressure (4) covered by sedimentary rocks 21. Are extinct Had hard parts Were alive only for a short time. (1 point) 1. What about the railroad tracks? A)southeast B)southwest C)northeast D)northwest 5. the railroad tracks? 4. Strike-slip Fault: 1. 2. What happened to rock layers X, Y, and Z? If the scale used in this model is 1 mm = 2 m, how many meters did the earth move when the strike-slip fault caused point F to move alongside point G? (1 point) Answer in a complete sentence. the road? e. What did this type of fault do to the fossil record? The table below shows the fossils of organisms found in various layers of an undisturbed rock: Fossils In Rock Layers Layer (from top) Fossil in Layer 1 X, W 2 W 3 Z 4 Y, U Which statement about the organisms whose fossils are found in the rock is correct? Are the rock layers still continuous? Rock layers are also called strata (the plural form of the Latin word stratum), and stratigraphy is the science of strata. What likely happened to the river? c. Are the rock layers still continuous? The road? e. If the scale used in this model is 1 mm = 2 m, how many meters did the earth move when the fault cased Point F to move alongside Point G? Save the drawing as 'normal-fault' and submit it to the assignment dropbox. the road? How does Bohr’s model of the atom compare with Thomson’s model? 5. Index fossils found throughout some rock layers are shown. Changes of fossils over time led to the development of the geologic time scale, which illustrates the relative order in which events on Earth have happened. A through G identify rock layers and Q represents a fault. f. Is this type of fault caused by tension, compression or shearing? 4. 20. Line AB in the cross section at location W represents an unconformity. Point B moved closer to Point A 2. Answering questions also helps you learn! Explain. 15. 3. Stratigraphy deals with all the characteristics of layered rocks; it includes the study of how these rocks relate to time. B is younger than D. Which phrases describe organisms that formed index fossils? the railroad tracks? 4. What happened to rock layers X. Y and Z? Your drawing should include Rock layers X, Y, and Z, and points A, B, C, and D. (3 points) 5. Rock cycle summary. Outcrop of the Ordovician Lexington Limestone, which is rich in fossil shells, near Lexington, Kentucky. They get offset by the fault 3. Observe the cross-section of your model. mannyficient2 is waiting for your help. Move Point C next to point D. 3. Which way did point B move relative to point A? 5) Fault B cuts across all of the sedimentary rock layers. Earth’s early atmosphere formed during the Early Archean Era. 2. 21. 6) Magma forms an igneous intrusion which cuts across sedimentary rocks and fault B. 6. Carefully cut along the dashed line. The railroad tracks? the road? What happened to rock layers X, Y, and Z? Which rock or feature is oldest? What happened to rock layers X, Y and Z? What happened to rock layers X, Y and Z? Move the pieces of the model so that point F is next to point G. 4. c. Are the rock layers still organized with the youngest on the top or have the older rock layers begun to mix with the younger? Are the rock layers still continuous? C)The odor became stronger in the western section of the map … Are the rock layers still continuous? Is this type of fault caused by tension, compression or shearing? Which gas was generally absent from the atmosphere at that time? It presents the correct sequence of events in - 5905216 4.What likely happened to the river? The rock would float at the surface of the liquid mercury. A) They both describe atoms as small, indivisible sph … eres. Points X, Y, and Z are locations on the map. The railroad tracks? Liquid mercury has a density of 13.6 grams per cubic centimeter. (1 point) The rock layers x,y,and z also moved down with the block away from the other rock layers. The railroad tracks? 4) Renewed deposition of sedimentary rocks, starting with conglomerate. The road? She determines that no geologic events have shifted the layers. f. What type of stress caused this fault? What happened to rock layers X, Y and Z? Each layer on the right side of the fault line moved down. 16. New questions in Science. During that process they will be potentially broken. Base your answer(s) to the following question(s) on the geologic cross section of bedrock shown below. Which best describes the geologic time scale? The Brainly community is constantly buzzing with the excitement of endless collaboration, proving that learning is more fun — and more effective — when we put our heads together. It explains why events happen throughout Earth’s history. The rocks have not been overturned. A)190 m B) 220 m C)240 m D)250 m 4.What is the elevation of point Z? Locate points F and G on your model. You will end up with two pieces.. Coloring Key Rock Layer X - green Rock Layer Z - red Road - black Grass - green Rock Layer Y - yellow River - blue Railroad tracks - brown In this region, valley X is more deeply eroded than either valley Y or valley Z. of the top layers of the Earth's crust. Rock layers X, Y, and Z broke from their original layers and now overlapping each other. What happened to rock layers X, Y, and Z? Lines W, X, Y, and Z are locations of unconformities. d. What probably happened to the river? 4. Which New York State index fossil may have been present in a rock layer that is missing due to the unconformity? The following diagrams represent the rock layers and fossils found at four widely separated area of exposed bedrock. Mill River generally flows toward the. 3. 6. 3. (1 point) The rock layers are no longer continuous as they have been displaced horizontally. What likely happened to the river? the railroad tracks? What likely happened to the river? What happened to rock layers X, Y and Z? The Silurian (/ s ɪ ˈ lj ʊər. Lines W, X, Y, and Z are locations of unconformities. the road? Are the rock layers still continuous? Are the rock layers still continuous? X, W, Y, Z. What happened to rock layers X, Y and Z? Many normal faults are found in Nevada. Are the rock layers still continuous?4.What likely happened to the river? The road? The railroad tracks? No – they are now broken by the fault 4. What likely happened to the road? 3) Erosion occurs. If the rock was placed in a container filled with liquid mercury . The valleys are labeled X, Y, and Z. - 13542429 Escribe two essential characteristics of an index fossil. Procedure Study the rock layers at Sites 1 and 2.Write down the similarities and differences between the layers at the two sites. What happened to rock layers X, Y and Z? outcrops at locations W, X, Y, and Z. (1 point) Answer in a complete sentence. the railroadtracks?Please answer this i like when people choke and insult me GIVING BRAINLIST TO BEST ANSWER! What happened to rock layers X, Y, and Z? What happened to rock layers X, Y, and Z? A)The field values changed at many places. Help the community by sharing what you know. 1) Layers of sedimentary rock are deposited, with the oldest at the bottom. What happened to rock layers X, Y, and Z?, 3. 22. Rock layers W, Y, and Z and fault X are shown. What likely happened to the river? Color Key: Rock Layer X – Green Rock Layer Z – Orange Road – Brown Rock Layer Y – Yellow River – Blue Grass – Green Yes I think ***** If the fault is a fissure (crack) without any slippage (movement up or down) then the layers on both sides will remain on the same level. (At this scale, the railroad track would be unreasonably large!) A geologist finds four layers of sedimentary rock. Finding Clues to Rock Layers Fossil clues give geologists a good idea of what life on Earth was like millions or even billions of years ago. the road? The dashed lines on your model represent a fault. Biology; 5 points; Please explain to me the basic difference between Darwinism and Neo -Darwinism. 20.Identify two of the processes involved in the formation of the unconformity represented by line AB in the cross section at location W. Locate points F and G on your model. d. What happened to the river? e. If the scale used in this model is 1 mm = 2 m, how many meters did the earth move when the strike-slip fault caused point F to move alongside point G? Check all that apply. c. Are the rock layers still continuous? 3. Explain that this type of fault is known as a normal fault. The road? the railroad tracks? A rock has a density of 7.5 grams per cubic centimeter. 6. 2) Fault A cuts across these rocks. Locate points C and D on your model. What happened to rock layers X, Y, … and Z?3. Are the rock layers still continuous? They were likely offset vertically. Carefully cut along the dashed lines. Explain your answer Thrust (or Reverse) Fault: I. The rock layers have not been overturned. Explain your answer. A. rock A B. rock G C. fault Q D. unconformity Z . Are the rock layers still continuous? Are the rock layers still continuous? To correlate rock layers that are separated by a large distance look for sedimentary rock formations that are extensive and recognizable, index fossils, and key beds. Fossils are shown in some of the layers. Start studying Relative Dating of Rock Layers by Principles. What happened to rock layers X, Y, and Z? the road? B)The wind direction remained constant. d. What likely happened to the river? Are the rock layers still continuous? Learn vocabulary, terms, and more with flashcards, games, and other study tools. the road? Remember that there are three main types of rock: igneous (for example, basalt and granite) sedimentary (for example, limestone, sandstone and shale) Elevations are expressed in meters. The dashed lines on your model represent a fault. (Note that this scale would make an unlikely size for the railroad track!) 4. Are the rock layers still continuous? Is this type of fault caused by tension, compression or shearing? d. What likely happened to the river? 4. 5. 20. You may insert your labeled drawing in the space below. Is this type of fault caused by tension, compression or shearing? Interactive Format Completed by Paul Wiech. i. ən, s aɪ-/ sih-LYOOR-ee-ən, sy-) is a geologic period and system spanning 24.6 million years from the end of the Ordovician Period, at 443.8 million years ago (), to the beginning of the Devonian Period, 419.2 Mya. Explain that this type of fault is known as a thrust fault. (1 point) Answer in a complete sentence. What likely happened to the river? No the rock layers are no longer continuous since they run into each other. Which statement about these layers is accurate? Alternative rock, pop music style, built on distorted guitars and rooted in generational discontent, that dominated and changed rock between 1991 and 1996.It burst into the mainstream when “Smells Like Teen Spirit”—the first major-label single from Nirvana, a trio based in … Explain. 5.Is this type of fault caused by tension, compression or shearing? Shoneitszeliapink . dimensional model of the top layers of the Earth’s crust. 5. c. Are the rock layers still continuous? Add your answer and earn points. Which is the volume of the water in cubic centimeters. 10 cm cubed. 5. On the drawing, label the hanging wall and the footwall. e. Is this type of fault caused by tension, compression, or shearing? The railroad track! float at the bottom hanging wall and the fault 4 and now overlapping each other of. C, and Z and fault B cubic centimeter the similarities and differences between the layers D. Z... 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