Which projection is described as providing good representation of landmasses with minimal distortion, but poor for navigation direction?

Which projection is described as providing good representation of landmasses with minimal distortion, but poor for navigation direction?

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

Answer: (D)

This question tests how map projections balance distortions in shape, area, and direction. The Robinson projection is designed as a visual compromise that makes landmasses look reasonably correct in size and shape, with oceans and edges flowing smoothly. However, it does not preserve directions or compass bearings, so straight-line navigation or maintaining accurate angles on a map using this projection isn’t reliable. That combination—good overall representation of landmasses with minimal distortion, but poor navigation direction—fits the Robinson projection. By comparison, projections like Mercator preserve directions well (useful for navigation) but distort land areas dramatically, while Mollweide emphasizes area but distorts shapes, and Winkel Tripel aims to balance distortions without excelling in any single property.

This question tests how map projections balance distortions in shape, area, and direction. The Robinson projection is designed as a visual compromise that makes landmasses look reasonably correct in size and shape, with oceans and edges flowing smoothly. However, it does not preserve directions or compass bearings, so straight-line navigation or maintaining accurate angles on a map using this projection isn’t reliable. That combination—good overall representation of landmasses with minimal distortion, but poor navigation direction—fits the Robinson projection. By comparison, projections like Mercator preserve directions well (useful for navigation) but distort land areas dramatically, while Mollweide emphasizes area but distorts shapes, and Winkel Tripel aims to balance distortions without excelling in any single property.