Which projection often serves as a compromise by maintaining shapes and relative positions with restricted distortion, though not good for true direction?

• A. Mercator Projection
• B. Gall-Peters Projection
• C. Robinson Projection
• D. Goode's Homolosine Projection

Answer: (C)

In map projections, some distortion is inevitable in shape, area, distance, and direction. A compromise projection aims to balance those distortions so the map looks natural overall. The Robinson projection was designed exactly for that purpose: it keeps shapes and the relative positions of landmasses reasonably accurate while keeping distortion moderate across most of the map. It isn’t meant for true direction, so directions aren’t perfect, but the overall appearance is visually balanced and easy to read, which is why it’s widely used for general world maps. By contrast, other options emphasize one property at the expense of others—Mercator preserves angles for navigation but greatly distorts size near the poles, Gall-Peters emphasizes area but distorts shapes, and Goode’s Homolosine prioritizes area while interrupting the oceans—so they don’t serve the same overall compromise.