Which projection shows accurate size and shape of continents and is good for classroom use, with distortions near the poles?

• A. Mercator projection
• B. Robinson Projection
• C. Globe
• D. Cylindrical projection

Answer: (B)

Understanding map projections means knowing how translating a round Earth onto a flat surface always brings trade-offs in size, shape, and distance. The Robinson projection is designed as a balanced compromise: it keeps the outlines and relative areas of continents reasonably close to real, so the continents look right enough for easy comparisons in a classroom. Distortions are mild across most of the map, but they do appear toward the poles, where shapes and sizes become stretched or deformed. That combination—accurate-looking continents with understandable distortions at the edges—makes it a practical choice for teaching.

Other options have specific drawbacks for classroom use. The Mercator projection preserves angles and directions well, which is handy for navigation, but it inflates high-latitude regions like Greenland and Antarctica, making sizes misleading. A globe shows true size and shape everywhere, but it’s a three-dimensional object not as convenient to display on a wall or a desk as a flat map. Cylindrical projections span a family with various goals, but many versions distort size or distance away from the equator in ways that aren’t ideal for general geography learning.

So the projection that best fits the description—accurate continental size and shape with some distortion near the poles and good classroom practicality—is the Robinson projection.