mercator
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A Mercator projection is made by projecting the Earth's surface onto a cylinder, which is then unwrapped to form a 2D map. This projection preserves angles and shapes, making it useful for navigation purposes. However, it distorts the size of objects, particularly towards the poles.
Two types of uninterrupted projections are azimuthal and conic projections. Azimuthal projections are made by placing a flat piece of paper against the globe and tracing the outlines, while conic projections involve projecting the globe onto a cone and then unwrapping it onto a flat surface.
Conic map projections are created by projecting the Earth's curved surface onto a cone. The cone is then unwrapped to create a flat map. This projection method is useful for representing mid-latitude regions with less distortion compared to other types of map projections.
i think its near the equator probably. +++ NO: towards the Poles. Think about it - the cylinder is normally vertical and tangential to the globe around the Equator so the most accurate projection will be around the equator.
To make a Robinson projection, you would need to first create a world map using a cylindrical projection such as the Mercator projection. Then, distort the map by stretching and compressing sections to reduce distortion at the poles and maintain a visually appealing depiction of the globe. Finally, adjust the map to follow the general latitude and longitude spacing of the Robinson projection to achieve the final product.
Topographic map
A Mercator projection is made by projecting the Earth's surface onto a cylinder, which is then unwrapped to form a 2D map. This projection preserves angles and shapes, making it useful for navigation purposes. However, it distorts the size of objects, particularly towards the poles.
A map made by cylindrical projection appears rectangular in shape. This is because the Earth's surface is projected onto a cylinder positioned over the globe, resulting in distortion towards the poles.
Two types of uninterrupted projections are azimuthal and conic projections. Azimuthal projections are made by placing a flat piece of paper against the globe and tracing the outlines, while conic projections involve projecting the globe onto a cone and then unwrapping it onto a flat surface.
Conic map projections are created by projecting the Earth's curved surface onto a cone. The cone is then unwrapped to create a flat map. This projection method is useful for representing mid-latitude regions with less distortion compared to other types of map projections.
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.
i think its near the equator probably. +++ NO: towards the Poles. Think about it - the cylinder is normally vertical and tangential to the globe around the Equator so the most accurate projection will be around the equator.
Mercator Projection
A map projection drawn in such a way that an area on the map is proportional to the area on the globe is called an equal-area projection map.
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 .
To make a Robinson projection, you would need to first create a world map using a cylindrical projection such as the Mercator projection. Then, distort the map by stretching and compressing sections to reduce distortion at the poles and maintain a visually appealing depiction of the globe. Finally, adjust the map to follow the general latitude and longitude spacing of the Robinson projection to achieve the final product.
Projecting words onto cathedrals