i donot know that's why i am asking !
A cartographer's choice of counter interval, which determines the range of values represented by each color or shade on a map, is influenced by the data being displayed, the map's scale, and the desired level of detail. Larger counter intervals can simplify the map and highlight broader patterns, while smaller intervals can provide more detailed information but may risk cluttering the map. Additionally, the cartographer must consider the audience's ability to interpret the map and make the counter interval appropriate for their understanding.
smaller
No, eyes do not make objects smaller. The image of an object on the retina is smaller than the object itself.
The neutron is a part of the atom, therefore it is smaller.
The camera will probably get smaller and smaller and alot more technical
so many lines to look on the map that you might get confused or lost.
Yes, the contour interval can significantly impact the interpretation of topography. A smaller contour interval provides more detail and reveals subtle changes in the terrain, while a larger interval may smooth out these features. Choosing the appropriate contour interval is important for accurately representing the topography of a region.
No, the contour interval can vary between different topographic maps based on the scale and detail of the map. Smaller scale maps may have larger contour intervals, while larger scale maps may have smaller contour intervals to show more detailed elevation changes.
When the contour lines are farther apart, this means that the slopes between them are gentle. On the other side, if the contour interval is smaller, the slope will be steep.
A supplementary contour line on a map represents a line that is drawn at a certain elevation interval, typically smaller or different than the standard contour interval. These lines help to provide more detailed information about the terrain, especially in areas with steep slopes or significant changes in elevation. They are useful for identifying smaller features like ridges, valleys, or changes in slope that may not be captured by the main contour lines.
In areas with low relief, the contour interval on a map will typically be smaller. This is because the elevation changes are gradual and subtle, so more contour lines are needed to accurately depict the gentle slopes and terrain features. Smaller contour intervals help to provide a more detailed representation of the topography in areas with low relief.
Contour interval is the actual change in elevation represented by the space between two adjacent topographic "rings". For example, if there is a contour interval of 20 feet, each topographic line on the map represents going either up or down by 20 feet of elevation (and sometimes it's hard to tell which). For convenience, many mapmakers include numbers every four or five lines to tell you what elevation is represented by that line.
It would be more detailed. It would let people know how steep a certain hill/ mountain is.
A smaller interval than a semitone or half step is called a microtone.
The confidence interval becomes smaller.
Contour intervals refer to the difference in elevation between two adjacent contour lines on a topographic map. They help represent the shape and features of the land surface. A smaller contour interval indicates a steeper terrain, while a larger contour interval represents a gentler slope.
Contour plowing