Map distortion is best described as

Map distortion is best described as

• A. A perfect representation of all spatial relationships.
• B. A map that shows climate zones exactly.
• C. A less accurate representation when a 3D object is projected onto a flat surface.
• D. A map that shows only political boundaries.

Answer: (C)

Distortion on maps happens because the Earth's curved surface must be represented on a flat map, and flattening a sphere inevitably changes some measurements. When a 3D object is projected onto a flat surface, aspects such as size, shape, distance, or direction can become inaccurate. That idea—an inherently less accurate representation caused by projecting a spherical surface onto a plane—is exactly what map distortion is about. For example, some projections make landmasses near the poles look much larger than they are in reality, or they stretch shapes in certain areas. The other statements don’t capture this idea: no map can perfectly represent all spatial relationships, climate zones are about environmental data rather than projection accuracy, and showing political boundaries is simply a map feature, not a description of distortion.

Distortion on maps happens because the Earth's curved surface must be represented on a flat map, and flattening a sphere inevitably changes some measurements. When a 3D object is projected onto a flat surface, aspects such as size, shape, distance, or direction can become inaccurate. That idea—an inherently less accurate representation caused by projecting a spherical surface onto a plane—is exactly what map distortion is about. For example, some projections make landmasses near the poles look much larger than they are in reality, or they stretch shapes in certain areas. The other statements don’t capture this idea: no map can perfectly represent all spatial relationships, climate zones are about environmental data rather than projection accuracy, and showing political boundaries is simply a map feature, not a description of distortion.