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ex! multiple structures. Make sure to study all magine how it might have formed. What do Other than massive amounts of erosion that s, what do you think was the last act of these structures to form.

ex! multiple structures. Make sure to study all magine how it might have formed. What do Other than massive amounts of erosion that s, what do you think was the last act of these structures to form.

Applications and Investigations in Earth Science (9th Edition)
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
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VII. Reality is complex! This diagram contains multiple structures. Make sure to study all parts of the diagram. Imagine how it might have formed. What do you think came first? Other than massive amounts of crosion that exposed all these rocks, what do you think was the last act of deformation that caused these structures to form. So take your time and be careful... and repeat your craft of adding geologic map symbols to the map shown here. Note that is diagram contains two different kinds of faults. On the map, label the upthrown side of the normal fault with the letter U. Label the downfallen side of the normal fault (on the map) with the letter D. 2. On Figure I, what evidence, on the map alone indicates that the green formations are horizontal? a) They look harder than the blue formations. b) They exhibit a dendritic drainage pattern. c) They overlie the folded blue formations. d) They provide headwaters to all the local streams. 3. On Figure V, what evidence, on the map alone indicates that the green formations are younger than the blue and orange formations? a) The green formations are horizontal while the blue formations are folded. b) The green formations are more eroded than the blue formations. c) The green formations overlie the blue formations. d) the green formations are on the left of the diagram. 4. Referring to Figure III, look closely at the relationship the exists between the river and the structure. Look closely because you can evaluate which one is older from just this simple diagram. So, which one is older? Give you answer and your supporting evidence in the space below. 5. Referring to Figure VII, look closely at the relationship the exists between the thrust and normal faults. Look closely because you can evaluate which one is older from just this simple diagram. So, which one is older? Give you answer and your supporting evidence in the space below. Page 4 of 8
Transcribed Image Text:VII. Reality is complex! This diagram contains multiple structures. Make sure to study all parts of the diagram. Imagine how it might have formed. What do you think came first? Other than massive amounts of crosion that exposed all these rocks, what do you think was the last act of deformation that caused these structures to form. So take your time and be careful... and repeat your craft of adding geologic map symbols to the map shown here. Note that is diagram contains two different kinds of faults. On the map, label the upthrown side of the normal fault with the letter U. Label the downfallen side of the normal fault (on the map) with the letter D. 2. On Figure I, what evidence, on the map alone indicates that the green formations are horizontal? a) They look harder than the blue formations. b) They exhibit a dendritic drainage pattern. c) They overlie the folded blue formations. d) They provide headwaters to all the local streams. 3. On Figure V, what evidence, on the map alone indicates that the green formations are younger than the blue and orange formations? a) The green formations are horizontal while the blue formations are folded. b) The green formations are more eroded than the blue formations. c) The green formations overlie the blue formations. d) the green formations are on the left of the diagram. 4. Referring to Figure III, look closely at the relationship the exists between the river and the structure. Look closely because you can evaluate which one is older from just this simple diagram. So, which one is older? Give you answer and your supporting evidence in the space below. 5. Referring to Figure VII, look closely at the relationship the exists between the thrust and normal faults. Look closely because you can evaluate which one is older from just this simple diagram. So, which one is older? Give you answer and your supporting evidence in the space below. Page 4 of 8
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