Which projection is associated with preserving shapes and relative positions while compromising on directional accuracy?

Which projection is associated with preserving shapes and relative positions while compromising on directional accuracy?

• A. Mercator Projection
• B. Goode's Homolosine Projection
• C. Robinson Projection
• D. Azimuthal Equidistant Projection

Answer: (C)

Map projections balance distortions among shape, area, distance, and direction. The Robinson projection is designed as a visually pleasing compromise: it keeps the overall shapes of continents and their general positions fairly well, so the map looks right at a glance, but it does not maintain exact directional accuracy. In other words, you get reasonably accurate relative placements and recognizable shapes, while directions on the map aren’t perfectly preserved. Mercator, by contrast, preserves local shapes and directions but grossly distorts areas (especially near the poles), so it’s not about a general balance. Goode’s Homolosine focuses on preserving area, which distorts shapes more. Azimuthal equidistant preserves distances from a center point and directions from that center, not the global shapes or relative positions.

Map projections balance distortions among shape, area, distance, and direction. The Robinson projection is designed as a visually pleasing compromise: it keeps the overall shapes of continents and their general positions fairly well, so the map looks right at a glance, but it does not maintain exact directional accuracy. In other words, you get reasonably accurate relative placements and recognizable shapes, while directions on the map aren’t perfectly preserved.

Mercator, by contrast, preserves local shapes and directions but grossly distorts areas (especially near the poles), so it’s not about a general balance. Goode’s Homolosine focuses on preserving area, which distorts shapes more. Azimuthal equidistant preserves distances from a center point and directions from that center, not the global shapes or relative positions.