because the robinson projection is more stronger and has more people than the mercator projection. this is also the right answer to. you see i grew up in a small town where yopu have to be right about everything.
No
Milan is an inland city. It has access to the Po river, as well as a few others. However, Venice has access to the Mediterranean Sea, through the Adriatic. This could be seen as an advantage.
A Well-defined infrastructure.
The Patriots had some advantages over British mercenaries. The Patriots were familiar with the land and different terrains that would be helpful to stage battles.
The distance from Great Britain made it difficult for the British to replace troops.
because the robinson projection is more stronger and has more people than the mercator projection. this is also the right answer to. you see i grew up in a small town where yopu have to be right about everything.
Most modern cartographers prefer the Robinson projection over the Mercator projection because it provides a more visually accurate representation of the Earth's continents and oceans. The Robinson projection minimizes distortion in size, shape, and distance, making it more suitable for world maps. In contrast, the Mercator projection significantly enlarges areas near the poles, which can mislead viewers about the relative sizes of countries and regions. Overall, the Robinson projection strikes a better balance between various types of distortion, making it more effective for general reference.
yes ,Mercator Robinson and conic projections differ because Mercator Robinson is not true it`s Mercator projection . Mercator projections are the grid is rectangular and lines of latitude and longitude are all parallel. conic projections are a map projections of the globe onto a cone with its points over one of the earth`s poles
Mercator and conic projections are different because conic projections have a cone/triangle shape and they are the same because both are type of maps..... I know really bad answer but I hope this helped
The history of cartography in the order which occurred are: 1: Ibn idrsi's world map 2: The travel of Marco Polo 3: The Mercator projection 4: The Robinson projection
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A farmer in Australia might prefer the Peters projection over the Mercator projection because the Peters projection provides a more accurate representation of land area, which can be crucial for understanding agricultural contexts such as crop distribution and land use. Unlike the Mercator projection, which distorts size as it moves away from the equator, the Peters projection maintains relative sizes of countries and regions, allowing for better spatial planning and resource management. This can help the farmer make more informed decisions regarding land allocation and resource optimization.
A rectangular representation of Earth that shows accurate directions but distorts sizes and distances is called a Mercator projection map. This distortion occurs because it preserves angles and lines of constant direction, commonly used for navigation over large bodies of water.
The main advantage of oblique projection over isometric projection is its ability to represent an object's depth more intuitively, allowing for a clearer visualization of features that might be obscured in isometric views. In oblique projection, the front face of the object is shown in true scale, while the depth is represented at an angle, making it easier to depict complex shapes and provide a sense of perspective. This can enhance understanding, especially for technical illustrations and architectural drawings.
actually, we don't have any idea about this because our teacher, florentino morales jr didn't taught us what is this stuff!
The Mercator projection is not the best map for calculating directions because it distorts sizes and shapes, especially near the poles, making landmasses appear larger than they are. However, it does preserve angles, which makes it useful for navigation and maintaining straight-line courses over long distances. For accurate distance and area calculations, other projections like the Robinson or Winkel Tripel are more suitable. Ultimately, the choice of map depends on the specific needs of the user.
The Mercator projection map is still in use today primarily because of its unique property of preserving angles, which makes it useful for navigation and maritime purposes. This characteristic allows sailors to plot straight-line courses on the map, aiding in navigation over long distances. Additionally, its intuitive portrayal of landmasses, despite significant distortion at higher latitudes, makes it familiar and widely recognized for educational and general reference purposes.