A valley
One contour can not cross another because a contour is one exact elevation; if it crossed another contour it would show that it is higher than the second contour on one side, but lower on the other side.
Contour lines cannot overlap because each line represents a specific elevation on the terrain. If contour lines were to overlap, it would imply that a particular point has multiple elevations, which is not possible. Contour lines must always represent a single and distinct elevation value.
Contour lines represent constant elevations on a map. If they were to cross, it would imply that a single point on the map has two different elevations, which is physically impossible. Crossing contour lines would lead to inaccuracies in interpreting the terrain and understanding the topography represented on the map.
The contour lines around the mountain would be close together, indicating a steep slope, while the contour lines around the low hills would be more spaced out, indicating a gentler slope.
Contour lines represent points of equal elevation on a map. They are typically curved because elevation changes continuously across a landscape. Straight contour lines would imply sudden changes in elevation, which are rare in natural terrain.
a flat area, such as a feild.
Each contour line represents a certain elevation, and the difference in elevation between any two adjacent countour lines is constant. So, for example, if in the map area there were a cone-shaped feature, like a volcano, the shape would be shown as a circle in a circle in a circle in a circle (and so on). The more contour lines you cross along a path, the steeper the climb, and the fewer contour lines you cross on the path, the more level it is.
No, it may not always be easy to walk up a slope represented by curved contour lines. The closer the contour lines are together, the steeper the slope. Walking up a slope with curved contour lines could be more challenging if the slope is steep.
When contour lines are close together the land is steep
One contour can not cross another because a contour is one exact elevation; if it crossed another contour it would show that it is higher than the second contour on one side, but lower on the other side.
Contour lines cannot overlap because each line represents a specific elevation on the terrain. If contour lines were to overlap, it would imply that a particular point has multiple elevations, which is not possible. Contour lines must always represent a single and distinct elevation value.
The contour interval would be 200 feet. This is calculated by dividing the total change in elevation by the number of contour lines.
Contour lines represent constant elevations on a map. If they were to cross, it would imply that a single point on the map has two different elevations, which is physically impossible. Crossing contour lines would lead to inaccuracies in interpreting the terrain and understanding the topography represented on the map.
Contour lines are used in Topography to show the elevation of the land on a map. When looking at a map the contour lines look very similar to how a calm lake would appear.
The contour lines around the mountain would be close together, indicating a steep slope, while the contour lines around the low hills would be more spaced out, indicating a gentler slope.
Contour lines represent points of equal elevation on a map. They are typically curved because elevation changes continuously across a landscape. Straight contour lines would imply sudden changes in elevation, which are rare in natural terrain.
Contour lines that are evenly spaced and parallel indicate a plateau. The closer the contour lines are to each other, the steeper the terrain; the farther apart they are, the flatter the land. In the case of a plateau, contour lines would likely be spaced evenly and relatively close together, indicating a flat or gently sloping landform.