Contour lines indicate the height of an area of land.
The distance they are apart indicates the slope of the land.... when they are close the land rises/falls steeply and when they are further apart the gentler the incline.
Hachures are short, parallel lines used in cartography to indicate the steepness of slopes on a map. The lines are typically drawn perpendicular to contour lines, with the spacing or thickness of the lines used to represent the gradient of the slope. Hachures give a visual representation of the terrain in a two-dimensional map.
To find the gradient on a contour map, you calculate the change in elevation between two contour lines and divide it by the distance between them. This will give you the rate of change of the elevation or slope at that point on the map.
Lines that indicate a permissive condition typically use phrases such as "may," "can," "allowed," or "allowed to," which imply permission or allowance. These lines give the reader the ability to make a choice or decision within the context of the condition.
The best weather information to represent weather conditions at station B would be the current temperature, wind speed and direction, and any precipitation data. These three pieces of information can give a good overview of the current weather conditions at station B.
One example of weathering is when rocks are broken down into smaller pieces by the process of frost action. Water seeps into cracks in rocks, freezes, expands, and eventually breaks the rock apart into smaller fragments.
EDITED 1/8/16: A contour interval is a the elevation difference between two adjacent contour lines. Previous person put some ridiculous answer. This one is the correct answer on APEX and does not need improvement.
Hachures are short, parallel lines used in cartography to indicate the steepness of slopes on a map. The lines are typically drawn perpendicular to contour lines, with the spacing or thickness of the lines used to represent the gradient of the slope. Hachures give a visual representation of the terrain in a two-dimensional map.
If the "contour interval" ... the elevation difference between lines ... is the same everywhere on the map, then the lines will be closer rogether on steep ground, and farther apart on flatter ground.
To find the gradient on a contour map, you calculate the change in elevation between two contour lines and divide it by the distance between them. This will give you the rate of change of the elevation or slope at that point on the map.
Condimation
Contour maps are useful because it provides a relatively accurate measurement of altitude. Contour maps utilize contour lines to indicate different elevations. They identify the vertical and horizontal dimension of land surfaces or terrains. Contour maps are important because they accurately represent land form height as well as the watershed presence. Farmers can use this to plan how their fields will be plowed and planted. Hikers use them to plan hikes.
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A contour map can be used to learn about the elevation, slope, and topography of a specific area. By examining the contour lines on the map, you can determine the shape of the terrain, identify valleys, hills, and mountains, and understand how water might flow through the region.
try reading a bible and figure it out. good luck!
They give different perspectives and different pieces of information. It also helps us communicate
Here are some features that might be shown on general-purpose maps:* Bodies of water* Roads * Railway lines * Parks * Elevations * Towns & Cities * Political Boundaries * Latitude and Longitude * National & Provincial Parks These maps give a broad understanding of that location and features of an area.You can gain an understanding of the type of landscape, the location of urban places, abd the location of major transportation routes all at oneBy: AFSHIN OMIDVAR
In order to give an answer for this question, the denomination or weight of the "pieces of gold" must be known. Please submit a new question with this information.