1 The landscape here was surveyed in 1-square mile sections. Many farms consisted of one or more quarter sections (1/2 mile × 1/2 mile), although many farms have been consolidated and combined in recent years. Move north of the marker until the photo imagery becomes high resolution. Using your measuring tool, figure out how many houses there are per square mile in this area.A) In general there are 0 to 5 houses per square mile. B) In general there are 5 to 10 houses per square mile. C) In general there are 10 to 20 houses per square mile. D) In general there are 20 to 30 houses per square mile. E) In general there are 30 to 50 houses per square mile. 2 Zoom out and get a sense of how much area is covered by this settlement pattern, with widely scattered houses every half mile or so in all directions. Why would farm chemicals such as Atrazine be a significant public health hazard in this area?A) There is no reason to believe Atrazine would be a significant public health hazard in this area. B) By zooming out, one sees that the landscape of the wider corn belt is quite divergent from this one local area, therefore it would be a mistake to assume any correlations exist regarding health hazards. C) Even though it is called the "corn belt", not much corn is actually planted these days, so Atrazine is an insignificant health issue. D) This farming landscape covers most of this region of the continent. Throughout this landscape, the risk of exposure to farm chemicals affects a large population, including anyone who drinks well water or works with chemicals. E) Atrazine isn't water soluble, so it's unclear why it is considered dangerous. 3 Which of the following are reasonable ways to reduce exposure to farm chemicals in rural communities?A) Make farmers wear hazmat suits B) Reduce the use of chemicals and switch to alternative farming methods C) Ban the use of agricultural chemicals D) Relocate families away from farming areas E) Develop new drugs that counter the effects of exposure to chemicals