Which projection is described as good at shape and relative placement but not reliable for true direction?

• A. Mercator Projection
• B. Robinson Projection
• C. Lambert Conformal Conic
• D. Stereographic Projection

Answer: (B)

The main idea here is understanding how a map projection balances distortion: some projections keep the shapes of continents and their relative positions recognizable, but sacrifice accurate direction for navigation. The Robinson projection is a famous compromise designed to make the world map look correct overall—continents look about right in shape and fit together in the right places—while deliberately not keeping true direction everywhere. That makes it useful for general reference and education, but not reliable for plotting courses or bearings.

Other projections emphasize different goals. For example, Mercator keeps directions accurate and shapes locally, but greatly distorts size away from the equator, which isn’t about keeping overall relative placement. Lambert Conformal Conic preserves shape well along standard parallels but isn’t designed for a true global sense of placement. Stereographic preserves shape locally but is not intended for a world map and has distortions in distance and direction.