Because they have a high degree of accuracy for limited areas
You would likely use a conformal map projection, such as the Mercator projection, to study Australia due to its accuracy in representing shapes and angles. It would be beneficial for preserving the shape of the continent and for navigation purposes.
The Mercator projection is the standard for nautical navigation.
Robinson Projection because it has minor distortions, the sizes and shapes near the eastern and western edges of the map are accurate, and outlines of the continents appear much as they do on the globe.
The Mercator projection map is still in use today because it preserves straight lines, making it useful for navigation and exploration purposes. Its distortion of size towards the poles is less of a concern for these uses. Additionally, it has become a standard map projection for many educational and reference purposes, contributing to its continued use.
Without a specific map projection to reference, I can provide a general answer. The main advantage of a specific type of map projection often lies in its ability to preserve certain geographic properties. For example, an equal-area projection maintains the proportional sizes of landmasses, making it useful for understanding area relationships. In contrast, a conformal projection preserves angles and shapes, which is beneficial for navigation. Each projection has unique strengths depending on its intended use.
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You would likely use a conformal map projection, such as the Mercator projection, to study Australia due to its accuracy in representing shapes and angles. It would be beneficial for preserving the shape of the continent and for navigation purposes.
Equal-Area projection
The map projection that Cuba uses is equirectangular projection. It shows the equidistant or constant spacing map representation of the country.
The Mercator projection is the standard for nautical navigation.
The answer is the Mercator projection
Polar projections are often made in what is called the Azimuthal Equidistant Projection. The projection would be made tangent at the north pole, or at the south pole. These projections allow you to make linear measurements from the pole to any point on earth. These measurements are the shortest distances from the pole to the points and can be directly compared to one another. A polar projection shows the poles; I learned it in my science class.
Robinson Projection because it has minor distortions, the sizes and shapes near the eastern and western edges of the map are accurate, and outlines of the continents appear much as they do on the globe.
Map projection is a technique used to represent the three-dimensional surface of the Earth onto a two-dimensional map. This helps to minimize distortion of the Earth's features such as shape, area, distance, and direction when mapping different regions.
Conic projection is, essentially, a map that is a cone then flattened. An example sentence is: Conic projection helps a lot of people understand maps clearer.
The Mercator projection map is still in use today because it preserves straight lines, making it useful for navigation and exploration purposes. Its distortion of size towards the poles is less of a concern for these uses. Additionally, it has become a standard map projection for many educational and reference purposes, contributing to its continued use.
You should use a map that shows accurate relative sizes, such as the Gall-Peters projection or the AuthaGraph projection. These maps minimize distortions in area size, making it easier to compare the sizes of the US and Africa.