Identify three different types of projection and for each type of projection give one example of a GIS application where the projection would be appropriate. a) Mercator, Robinson, and Eckert IV; Mercator for world maps, Robinson for thematic maps, Eckert IV for polar regions b) Albers, Winkel Tripel, and Mollweide; Albers for regional maps, Winkel Tripel for world maps, Mollweide for climate data c) Azimuthal equidistant, Stereographic, and Goode's Homolosine; Azimuthal equidistant for air travel, Stereographic for star charts, Goode's Homolosine for population density d) Conic, Cylindrical, and Pseudocylindrical; Conic for states, Cylindrical for equatorial regions, Pseudocylindrical for seismic activity