Transform Figure 1.10 into atopographic map by adding in contour lines using a contourinterval of 100 feet. Draw the contour lines so that they arecontinuous (do not die off), and either end at the border ofthe map or form an enclosed circle (look Figure 1.6a and b foran example). Usually, your contour lines fall between thepoints on your map, so your contours run between points, notthrough them. Be prepared to submit a screenshot of yourwork.
Transform Figure 1.10 into atopographic map by adding in contour lines using a contourinterval of 100 feet. Draw the contour lines so that they arecontinuous (do not die off), and either end at the border ofthe map or form an enclosed circle (look Figure 1.6a and b foran example). Usually, your contour lines fall between thepoints on your map, so your contours run between points, notthrough them. Be prepared to submit a screenshot of yourwork.
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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Question
Transform Figure 1.10 into atopographic map by adding in contour lines using a contourinterval of 100 feet. Draw the contour lines so that they arecontinuous (do not die off), and either end at the border ofthe map or form an enclosed circle (look Figure 1.6a and b foran example). Usually, your contour lines fall between thepoints on your map, so your contours run between points, notthrough them. Be prepared to submit a screenshot of yourwork.
Transcribed Image Text:570
492
386
441
506
630
665
614
560
290
412
498
334
250
100
132
70
12
290
160
95
306
107
400
210
400
442
530
510
389
328
476
386
Figure 1.10 Map with elevations identified in feet above sea level at various points. Authored by Brad Deline, used under
license CC BY-SA 3.0.
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