because they can
A conic map is a type of map projection that is commonly used to represent regions with east-west orientations, such as mid-latitude countries. It provides a more accurate representation of these areas by minimizing distortion in shape and size compared to other types of map projections. Conic maps are often used for mapping large areas like continents or countries.
Maps are typically more informative than globes because they can display larger areas in greater detail. Maps can show specific information such as roads, cities, and topographical features more clearly than globes, which can sometimes distort the shapes of land masses and distances. Additionally, maps can be updated more easily with current information than globes can.
A cartogram is a map that substitutes a different measure for land area or distance. The map then is generally greatly distorted in order to convey the information using this alternate variable.
Maps can take the form of physical paper maps, digital maps on electronic devices or websites, interactive online maps, 3D maps, and thematic maps that focus on specific elements like population density or topography.
Special purpose maps are maps designed to convey specific types of information or serve particular purposes, such as demographic maps, climate maps, topographic maps, or tourist maps. These maps typically focus on highlighting specific features or data relevant to the intended audience, making them useful tools for understanding different aspects of geography or a particular topic.
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.
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.
1)They are made by wrapping a cone of paper around a globe .2)A map containing several conic projections are called a Polyconic.3)When you wrap the paper around the globe to make conic projection it has to be at a certain line of lattitude .
conic, planar, cylindrical, and azimuthal
A conic map is a type of map projection that is commonly used to represent regions with east-west orientations, such as mid-latitude countries. It provides a more accurate representation of these areas by minimizing distortion in shape and size compared to other types of map projections. Conic maps are often used for mapping large areas like continents or countries.
Polyconic
Answer: A Conic projection projects points & lines from a globe to a cone. It has little distortion in shape & area of land masses along lines of latitude (curved). Distortion does exist near the top & bottom of the projection (north & south poles). It is NOT useful for traveling long distances. They're very accurate in making maps of small areas because they don't distort the size & shape of the land. They're used to make road maps & weather maps.
That would depend on the type of map. A Mercator projection projects the Earth onto a cylinder, causing distortions at the poles. A "conic" projection projects the Earth onto a cone. And there are special purpose maps that project the Earth onto a plane.
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
Lambert Conic Conformal projection was created in the 18th century By Johann Lambert .This is just one of severl created.These are commonly used throughout the untied states along with other countrys.They are very usefull in creating maps.
Globes provide a more accurate representation of Earth's shapes and distances because they represent a 3D object on a 3D surface. Maps, on the other hand, often distort shapes and sizes due to the challenge of translating a spherical surface onto a flat plane.
The Lambert map projection is a type of conic projection used primarily for mapping mid-latitude regions. It accurately represents shapes and areas, making it useful for aeronautical charts and topographic maps. The projection preserves angles, which means it is conformal, allowing for accurate navigation and measurement of angles. However, it distorts distances and areas away from the standard parallels.