| A | B |
|---|
| Imaginary lines locating E and W of Prime Meridian | longitude |
| Large, relatively flat landforms | plains |
| Mountains formed by squeezing and buckling. | folded |
| Cone-shaped mountain. | volcanic |
| Lines of equal elevation. | contour lines |
| Relatively flat, raised landforms | plateaus |
| A map showing lines of equal elevation. | topographic map |
| Mountains formed by forces pushing up the Earth's crust. | upwarped |
| O longitude | Prime Meridian |
| O latitude | Equator |
| 180 meridian | International Date Line |
| Map projection showing accurate land shapes but distorted areas. | Mercator |
| Map projection showing accurate shapes and land areas of continents. | Robinson |
| Map projection showing small areas accurately. | conic |
| Where meridians meet. | Poles |
| Imaginary lines showing position N and S of the equator. | latitude |
| Another name for lines of latitude. | parallels |
| Another name for lines of longitude. | meridians |
| Line connecting points of equal elevation on a map. | contour line |
| The difference in elevation between two adjacent contour lines. | contour interval |
| Relationship between distances on a map and actual distances on the Earth. | map scale |
| The key to symbols on a map. | legend |
| Mountains made when huge tilted rocks separate from surrounding rocks. | fault-block |
| There are ___ time zones around the world. | 24 |
| The Earth rotates ___ degrees every hour. | 15 |
| If the North Star is 40 degrees above the horizon, what is your latitude? | 40 degrees North latitude |
| If the North Star appeared on the horizon, where would you be? | Equator |
| If the North Star appeared directly overhead, where would your be? | North Pole |
| If it is 5:00 PM in New York, what time is it in Seattle, three time zones away? | 2:00 PM |
| A direction between North and Northeast is ___. | North Northeast |
