GEOG 1111 STAN HOPKINS UGA PRACTICE EXAMINATION
2026 QUESTIONS WITH ANSWERS GRADED A+
● Remote Sensing. Answer: Collecting data about Earth's surface from satellites or aircraft
● Satellite Imagery. Answer: Images of Earth captured by orbiting satellites
● Geographic Information System. Answer: Computer system for capturing storing
analyzing and displaying spatial data
● GIS. Answer: Geographic Information System organizing layers of geographic data
● GPS. Answer: Global Positioning System using satellites to determine location on Earth
● Cartography. Answer: Science and art of making maps
● Map Projection. Answer: Mathematical method transforming Earth's spherical surface to a
flat map
● Mercator Projection. Answer: Cylindrical projection preserving shape but distorting size
near poles
● Peters Projection. Answer: Equal-area projection preserving relative sizes of land masses
● Robinson Projection. Answer: Compromise projection minimizing distortion for
general-purpose maps
● Azimuthal Projection. Answer: Map projection centered on a specific point showing
accurate distances from center
● Scale. Answer: Ratio between distance on a map and corresponding distance on the
ground
● Large Scale Map. Answer: Map showing a small area in great detail
● Small Scale Map. Answer: Map showing a large area with little detail
● Contour Line. Answer: Line on a topographic map connecting points of equal elevation
● Topographic Map. Answer: Map representing terrain elevation using contour lines
, ● Thematic Map. Answer: Map displaying a specific theme or attribute of an area
● Choropleth Map. Answer: Thematic map using shading to show data by predefined
regions
● Dot Density Map. Answer: Thematic map using dots to represent quantity within areas
● Proportional Symbol Map. Answer: Thematic map using symbol size to represent quantity
● Isoline Map. Answer: Thematic map using lines to connect points of equal value
● Coordinate System. Answer: Framework using numbers or letters to locate points in
space
● Latitude. Answer: Angular distance north or south of the equator measured in degrees
● Longitude. Answer: Angular distance east or west of the prime meridian measured in
degrees
● Prime Meridian. Answer: Reference line of zero degrees longitude passing through
Greenwich England
● Equator. Answer: Line of zero degrees latitude dividing Earth into Northern and Southern
hemispheres
● Tropic of Cancer. Answer: Latitude 23.5°N marking the farthest north the sun reaches
overhead
● Tropic of Capricorn. Answer: Latitude 23.5°S marking the farthest south the sun reaches
overhead
● Arctic Circle. Answer: Latitude 66.5°N marking the boundary of the midnight sun zone
● Antarctic Circle. Answer: Latitude 66.5°S marking the boundary of the midnight sun zone
● Time Zone. Answer: Region observing a uniform standard time based on longitudinal
position
● International Date Line. Answer: Line at 180° longitude where calendar date changes
● Solstice. Answer: Date when the sun reaches its farthest point north or south of the
equator
● Equinox. Answer: Date when day and night are of equal length worldwide
2026 QUESTIONS WITH ANSWERS GRADED A+
● Remote Sensing. Answer: Collecting data about Earth's surface from satellites or aircraft
● Satellite Imagery. Answer: Images of Earth captured by orbiting satellites
● Geographic Information System. Answer: Computer system for capturing storing
analyzing and displaying spatial data
● GIS. Answer: Geographic Information System organizing layers of geographic data
● GPS. Answer: Global Positioning System using satellites to determine location on Earth
● Cartography. Answer: Science and art of making maps
● Map Projection. Answer: Mathematical method transforming Earth's spherical surface to a
flat map
● Mercator Projection. Answer: Cylindrical projection preserving shape but distorting size
near poles
● Peters Projection. Answer: Equal-area projection preserving relative sizes of land masses
● Robinson Projection. Answer: Compromise projection minimizing distortion for
general-purpose maps
● Azimuthal Projection. Answer: Map projection centered on a specific point showing
accurate distances from center
● Scale. Answer: Ratio between distance on a map and corresponding distance on the
ground
● Large Scale Map. Answer: Map showing a small area in great detail
● Small Scale Map. Answer: Map showing a large area with little detail
● Contour Line. Answer: Line on a topographic map connecting points of equal elevation
● Topographic Map. Answer: Map representing terrain elevation using contour lines
, ● Thematic Map. Answer: Map displaying a specific theme or attribute of an area
● Choropleth Map. Answer: Thematic map using shading to show data by predefined
regions
● Dot Density Map. Answer: Thematic map using dots to represent quantity within areas
● Proportional Symbol Map. Answer: Thematic map using symbol size to represent quantity
● Isoline Map. Answer: Thematic map using lines to connect points of equal value
● Coordinate System. Answer: Framework using numbers or letters to locate points in
space
● Latitude. Answer: Angular distance north or south of the equator measured in degrees
● Longitude. Answer: Angular distance east or west of the prime meridian measured in
degrees
● Prime Meridian. Answer: Reference line of zero degrees longitude passing through
Greenwich England
● Equator. Answer: Line of zero degrees latitude dividing Earth into Northern and Southern
hemispheres
● Tropic of Cancer. Answer: Latitude 23.5°N marking the farthest north the sun reaches
overhead
● Tropic of Capricorn. Answer: Latitude 23.5°S marking the farthest south the sun reaches
overhead
● Arctic Circle. Answer: Latitude 66.5°N marking the boundary of the midnight sun zone
● Antarctic Circle. Answer: Latitude 66.5°S marking the boundary of the midnight sun zone
● Time Zone. Answer: Region observing a uniform standard time based on longitudinal
position
● International Date Line. Answer: Line at 180° longitude where calendar date changes
● Solstice. Answer: Date when the sun reaches its farthest point north or south of the
equator
● Equinox. Answer: Date when day and night are of equal length worldwide
