Which projection aims to keep shapes and relative locations with little distortion, while sacrificing some directional accuracy?

Which projection aims to keep shapes and relative locations with little distortion, while sacrificing some directional accuracy?

• A. Mercator Projection
• B. Winkel Tripel Projection
• C. Robinson Projection
• D. Mollweide Projection

Answer: (C)

Map projections trade off distortions in different properties. A projection that aims for the best overall balance tries to keep shapes and the relative arrangement of continents reasonably accurate across the map, but it won’t preserve directions perfectly. The Robinson projection is designed as a visually pleasing compromise: it minimizes overall distortion of shape and relative positions, while not maintaining precise directional accuracy. That makes it the best fit for a world map where you want recognizable outlines and locations without sharp, systematic distortions in direction. By contrast, other projections either preserve directions well (like Mercator) or prioritize area (like Mollweide) but don’t strike the same balance about shapes and layout.

Map projections trade off distortions in different properties. A projection that aims for the best overall balance tries to keep shapes and the relative arrangement of continents reasonably accurate across the map, but it won’t preserve directions perfectly. The Robinson projection is designed as a visually pleasing compromise: it minimizes overall distortion of shape and relative positions, while not maintaining precise directional accuracy. That makes it the best fit for a world map where you want recognizable outlines and locations without sharp, systematic distortions in direction. By contrast, other projections either preserve directions well (like Mercator) or prioritize area (like Mollweide) but don’t strike the same balance about shapes and layout.