so people can no what there doing and where there going
1. What is the goal of the map? 2. Who will read the map? 3.Where will the map be used? 4. What data and resources are available and needed?
The three main types of map projections are cylindrical, conic, and azimuthal. Cylindrical projections show the Earth's surface on a cylinder, conic projections project the Earth's surface onto a cone, and azimuthal projections project the Earth's surface onto a plane. Each type has variations that can result in different map distortions.
A map that accurately depicts the true shapes of continents is called an equal-area map, such as the Mollweide or Goode's Homolosine projections. These projections aim to minimize distortion in area, allowing for a more accurate representation of continents relative to each other.
it is a map That is not a proper answer. The earth is approximately spherical but maps are flat. Some sort of projection is required to "project" features on the sphere (borders, rivers, roads) to a flat map. yep this is the right answer
Because the Earth isn't flat
=The curved surface of the earth cannot be shown accurately on a map because such a surface must be stretched or broken in some places as it is flattened. For this reason mapmakers use map projections.=
Mapmakers use scale to represent distances between points on a map.
Three projection methods used by geographers and map makers are: cylindrical conic planar.
with the computers maomakers
They are both map mapmakers.
Because it's almost impossible to make a 3D object correctly placed in 2D. The different map projections are different people trying to be the most correct on their map projections. There's always going to be distortion... each projection has its pros and cons.
They use symbols to provide information about features on a map.
When computer mapmakers digitize map data, they b. convert the data into computer language. This process involves translating geographic information into a format that can be used by computer software for analysis, storage, and display. The digitization allows for more efficient manipulation and visualization of map data.
Map projections provide techniques to properly display features on maps, globes and atlases.
One question commonly asked by mapmakers before designing a new map is "What is the purpose or intended use of this map?" Understanding the map's intended audience and purpose helps guide decisions on design, scale, content, and style to ensure the map effectively communicates information.
Textbook writers typically use cylindrical or pseudo-cylindrical map projections such as the Mercator, Robinson, or Mollweide projections. These projections provide a good balance between accuracy, distortion, and ease of understanding for educational purposes.
The process by which mapmakers convert the location of map points to numbers for use in computer mapping is called digitizing.