Maybe because they have to make different maps, and they don't have to keep on thinking so hard. And just make an easy decision.
Mapmakers face a fundamental challenge because the Earth is a three-dimensional, curved surface, while maps are two-dimensional representations. When they project the Earth's surface onto a flat map, they must choose between preserving accurate land shapes (conformality) or maintaining correct distances (equidistance). Different map projections prioritize one over the other, leading to distortions in either shape or distance, depending on the intended use of the map. This trade-off is essential for conveying useful geographical information in a usable format.
A bar scale is a graphic scale that visually represents the ratio between distances on a map or drawing and actual distances on Earth. It can be used to estimate the actual size of features or distances represented on the map.
This map projection has the advantage of showing the correct distances between places when taken from the centre point of the projection, however it has the disadvantage that the distances from all other points are incorrect, and areas and shapes get distorted more that one moves away from the centre of the projection.
The azimuthal projection is most useful for showing distances between two points on the Earth. This type of map projection represents the globe on a flat surface by projecting it from a specific point, allowing for accurate measurement of distances from that point to any other point on the map. However, for more comprehensive distance measurements across larger areas, the great circle distance method can be used in conjunction with a globe.
If a drawing is to scale, the distance between the planets will be accurately represented, showing the relative distances between them as they are in reality. This can help visualize the vastness of space and the vast distances between celestial bodies. It provides a scaled-down version of the solar system for educational or illustrative purposes.
Because it is impossible to show both.
Because it is impossible to show both.
Mapmakers have to deal with the challenge of representing a three-dimensional object (Earth) on a two-dimensional surface (map). This leads to distortions in either land shapes or sizes, known as map projection distortion. Mapmakers have to prioritize either preserving shapes or accurately representing sizes when choosing a map projection.
Mapmakers face a fundamental challenge because the Earth is a three-dimensional, curved surface, while maps are two-dimensional representations. When they project the Earth's surface onto a flat map, they must choose between preserving accurate land shapes (conformality) or maintaining correct distances (equidistance). Different map projections prioritize one over the other, leading to distortions in either shape or distance, depending on the intended use of the map. This trade-off is essential for conveying useful geographical information in a usable format.
A map.
A bar scale is a graphic scale that visually represents the ratio between distances on a map or drawing and actual distances on Earth. It can be used to estimate the actual size of features or distances represented on the map.
This map projection has the advantage of showing the correct distances between places when taken from the centre point of the projection, however it has the disadvantage that the distances from all other points are incorrect, and areas and shapes get distorted more that one moves away from the centre of the projection.
The azimuthal projection is most useful for showing distances between two points on the Earth. This type of map projection represents the globe on a flat surface by projecting it from a specific point, allowing for accurate measurement of distances from that point to any other point on the map. However, for more comprehensive distance measurements across larger areas, the great circle distance method can be used in conjunction with a globe.
If a drawing is to scale, the distance between the planets will be accurately represented, showing the relative distances between them as they are in reality. This can help visualize the vastness of space and the vast distances between celestial bodies. It provides a scaled-down version of the solar system for educational or illustrative purposes.
The scale on a map is typically written in a corner or along the bottom of the map. It is usually represented as a bar scale showing the relationship between distances on the map and in the real world.
That is the correct spelling of "showed" (the past tense of to show).The similar word is should, used with a verb to mean a usual or recommended action.
The correct spelling is merciful (showing mercy).