Probably the city because the wilderness would have crazy hill going up and down.
It would be the difference between the two darker lines, or index lines, and then divide the space in between with your difference.
A map of the Rocky Mountains would have a small contour interval because of the multiple peaks and ridges and the constant increase of elevation.
A topographic map shows elevations, and large differences in elevation close together indicate steep slopes, which hikers may want to avoid. A path with the smallest differences in elevation will usually be a flatter, more easily-walked path.
you would need the intervals of each angle to make the map.
A topographic map would show elevations and contours.
Contour lines would be easier to read on a topographic map of a wilderness area, as the elevation changes in natural landscapes are typically more pronounced and consistent compared to the varied elevation changes in a city. In a city, buildings, roads, and other structures can obstruct the natural topography, making it harder to interpret contour lines accurately.
Contour lines would probably be easier to read on a topographic map of the wilderness because the natural terrain features are more distinct and prominent compared to a city map that includes artificial structures like buildings and roads which can clutter the map and make the contour lines harder to interpret.
Contour lines are generally easier to read on a topographic map of a wilderness area because the terrain is typically more varied, with clear elevation changes and natural features that the lines can represent. In contrast, a topographic map of a city may have more complex structures and human-made features that can obscure or complicate the interpretation of the contour lines. This can make it harder to discern elevation changes in an urban environment compared to the more straightforward landscapes of wilderness areas.
A topographic map would show elevations and contours.
On a topographic map a contour line connects points of equal elevation.....hope that helped
No, elevations of 300' and 350' would not appear on the same contour line isoline on a topographic map. Contour lines represent the same elevation throughout the line, so different elevations would be on different contour lines.
You would use a topographic map to see the elevation of Mt. McKinley. Topographic maps show the physical features of an area, such as the contour lines that indicate changes in elevation.
A topographic map of the Great Plains would typically have a small contour interval. This is because the region is relatively flat with subtle changes in elevation. A small contour interval helps to accurately depict these gradual elevation changes on the map.
You would just add 10 every contour line you pass until you get to the number 80.
If the topographic lines are closer together it means that it has a steeper slope grade, if they are farther apart, it means that they have a more relaxed slope grade. There is usually a scale on the map that can tell you in exact measurements of the slope.
it would bend towards the point of origin or where it starts.
It would be the difference between the two darker lines, or index lines, and then divide the space in between with your difference.