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.
Because, the meaning of cartographers means mapmakers, and when you look at the word cartographers u see the word car, and in a car you use a GPS system to find directions and that's just like a map.Thanks hope you understand.
All map projections have some distortion because they are a flat representation of a round Earth. Shape, geometric area, distance or direction can be distorted, depending on the projection.
So you could see the round Earth on a flatsurface.
so they can d!e
The Earth is a sphere. Maps are flat. Therefore when you try and make a representation of a sphere (the Earth) as a flat map, you introduce some distortions. The process of making a flat map from a sphere is called projection and there are a number of different projections that you can use, each with different distortions (e.g. an equal area projection, a Mercator projection etc). Therefore you need a variety of maps (projections) depending on what you want to use the map for.
Mercator projection is still in common for navigation, due to its unique properties, cartographers agree that it is not suited to large area maps due to its distortion of land area toward the polar regions.
i need to map for iata uftaa training
One map projection cannot accurately represent the entire Earth's surface because it involves the process of transforming a three-dimensional object onto a two-dimensional surface. Different map projections prioritize certain characteristics, such as preserving shape, area, distance, or direction, but it is impossible to maintain all of these properties accurately at the same time. Therefore, different map projections are used depending on the purpose, area of focus, or intended use of the map.
North is always at the top of the map, East on the left, south at the botom, and West on the right.
Map projections provide techniques to properly display features on maps, globes and atlases.
They use different projections to minimize distortion
map keys
keys
so people can no what there doing and where there going
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 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.=
The Earth is a sphere. Maps are flat. Therefore when you try and make a representation of a sphere (the Earth) as a flat map, you introduce some distortions. The process of making a flat map from a sphere is called projection and there are a number of different projections that you can use, each with different distortions (e.g. an equal area projection, a Mercator projection etc). Therefore you need a variety of maps (projections) depending on what you want to use the map for.
Mercator projection is still in common for navigation, due to its unique properties, cartographers agree that it is not suited to large area maps due to its distortion of land area toward the polar regions.
Yes they do.
Draw the globe stand, then place the globe in it. Then draw the landmarks and do some shading to make the globe look 3Dimensional.
A theodolite.