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What is the highest possible elevation on the topographic map below? 26 meters 30 meters 34 meters 35 meters

What is the highest possible elevation on the topographic map below? 26 meters 30 meters 34 meters 35 meters

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
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What is the highest possible elevation on the topographic map below?

  • 26 meters
  • 30 meters
  • 34 meters
  • 35 meters
### Understanding Contour Maps #### Contour Map Representation A contour map visualizes the elevation on a piece of land by using contour lines. These lines represent paths of equal elevation. The depicted diagram provides a sample contour map with the following specifications: #### Diagram Description The contour map contains irregular, concentric circles that illustrate a terrain's elevation levels. Each contour line on the map indicates a specific elevation level, rising as the lines move toward the center. The contour interval, which is the vertical distance between each contour line, is marked as 5 meters in this map. #### Key Features: - **Contour Lines**: Each line represents a constant elevation. Moving from one line to the next reflects a change in elevation of 5 meters. In this map, the contour interval is evenly spaced every 5 meters. - **Elevation Increase**: As you move from the outer contours towards the center, the elevation rises. The innermost contour represents the highest point on the map. - **Sea Level**: One of the contour lines is specifically labeled as "Sea Level," indicating that the elevation of land on this line is at 0 meters, relative to the sea level. This base level helps in assessing the elevation of other contours. #### Educational Importance: Understanding how to read contour maps is crucial, especially in fields like geography, geology, and civil engineering. This knowledge aids in terrains analysis, planning constructions, and hiking or surveying land. This specific diagram simplifies the complex concept by providing clear, illustrative contour levels, making it an excellent educational tool for learning topographic representation. ### Conclusion Contour maps are essential tools in understanding the topography of an area. By learning to read these maps, students can better grasp how changes in elevation impact the physical landscape.
Transcribed Image Text:### Understanding Contour Maps #### Contour Map Representation A contour map visualizes the elevation on a piece of land by using contour lines. These lines represent paths of equal elevation. The depicted diagram provides a sample contour map with the following specifications: #### Diagram Description The contour map contains irregular, concentric circles that illustrate a terrain's elevation levels. Each contour line on the map indicates a specific elevation level, rising as the lines move toward the center. The contour interval, which is the vertical distance between each contour line, is marked as 5 meters in this map. #### Key Features: - **Contour Lines**: Each line represents a constant elevation. Moving from one line to the next reflects a change in elevation of 5 meters. In this map, the contour interval is evenly spaced every 5 meters. - **Elevation Increase**: As you move from the outer contours towards the center, the elevation rises. The innermost contour represents the highest point on the map. - **Sea Level**: One of the contour lines is specifically labeled as "Sea Level," indicating that the elevation of land on this line is at 0 meters, relative to the sea level. This base level helps in assessing the elevation of other contours. #### Educational Importance: Understanding how to read contour maps is crucial, especially in fields like geography, geology, and civil engineering. This knowledge aids in terrains analysis, planning constructions, and hiking or surveying land. This specific diagram simplifies the complex concept by providing clear, illustrative contour levels, making it an excellent educational tool for learning topographic representation. ### Conclusion Contour maps are essential tools in understanding the topography of an area. By learning to read these maps, students can better grasp how changes in elevation impact the physical landscape.
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