Which statement describes the Robinson projection?

Which statement describes the Robinson projection?

• A. Shows true direction.
• B. Only shows the Northern Hemisphere.
• C. Used exclusively by pilots.
• D. Maintains overall shapes and relative positions without extreme distortion; used for data representation in classrooms.

Answer: (D)

The idea being tested is how the Robinson projection balances distortion on a world map. It’s a compromise projection designed to show the entire globe with less extreme distortion of shape and relative positions than many other projections. This makes continents and oceans look fairly natural and keeps their locations readable, which is why it’s commonly used for classroom world maps and for displaying geographic data. Because of this balanced approach, it does not preserve true direction, it isn’t limited to the Northern Hemisphere, and it isn’t the go-to projection for navigation by pilots. So the description that fits best is that it maintains overall shapes and relative positions without extreme distortion and is used for data representation in classrooms.

The idea being tested is how the Robinson projection balances distortion on a world map. It’s a compromise projection designed to show the entire globe with less extreme distortion of shape and relative positions than many other projections. This makes continents and oceans look fairly natural and keeps their locations readable, which is why it’s commonly used for classroom world maps and for displaying geographic data. Because of this balanced approach, it does not preserve true direction, it isn’t limited to the Northern Hemisphere, and it isn’t the go-to projection for navigation by pilots. So the description that fits best is that it maintains overall shapes and relative positions without extreme distortion and is used for data representation in classrooms.