Interactive Geography Workbook Answer C1 · No Login

Scenario: You live in Chicago. You order a book from a warehouse in Denver. The plane flies over the Rocky Mountains. The book arrives in two days.

Question 7: Which theme of geography is best illustrated by the movement of the book from Denver to Chicago?

Answer C1.5:

Correct Answer: Movement

Question 8: Chicago is known for its tall skyscrapers and flat terrain. Denver is known for its high altitude and nearby mountains. This describes which theme?

Answer C1.6:

Correct Answer: Place (specifically, the "human and physical characteristics" of a location).

Interactive Task: You compared a global choropleth of population density (Mercator projection) with a local interactive 3D terrain map of the same area (Ecuador). You were asked to explain the distortion.

Expected Answers (Short Form): 11. The global map overestimates the habitable area at high latitudes – Mercator stretches Greenland to appear as large as Africa, misleading students to think population is evenly distributed. 12. True – When you click on Quito (2,850 m), the 3D terrain map reveals that 80% of the city’s dense settlement is confined to valley bottoms, despite the global map showing a uniform dot across the Andes.

Long-Form Explanation: This is the “aha” moment of C1. The interactive workbook allows you to swipe between projections. Answer 11 is not just “Mercator bad”—it’s about cognitive bias: a student looking at the global map might assume all white (low density) areas are empty, but the 3D terrain overlay (powered by SRTM data) shows that in Ecuador, highland valleys have densities >300 people/km². Answer 12 is a true/false that separates map readers from geographers: the global map is not wrong in data, but it is wrong in scale. The interactive lets you zoom from 1:100M to 1:1M, and at the local scale, the pattern inverts: the coast looks dense globally, but locally, the Andes valleys are the true population anchors.

Interactive Task: You built a paired climate graph for Mumbai (tropical wet) and Cairo (desert) by dragging monthly temperature and precipitation bars into place. Then you answered questions on water stress. interactive geography workbook answer c1

Expected Answers (Short Form): 4. June (Mumbai’s pre-monsoon peak temperature – 33°C) 5. July (Mumbai’s rainfall exceeds 600 mm – note the broken y-axis) 6. 3.2 months (Cairo’s absolute dry season: precipitation <5mm from May to mid-August) 7. Evapotranspiration demand – The answer is not “lack of rain” alone, but the ratio of potential evapotranspiration (PET) to actual precipitation.

Long-Form Explanation: When you dragged the bars correctly, the workbook’s algorithm highlighted the monsoon inversion. For question 6, many students write “4 months,” but the interactive legend specifies that “dry month” is defined as <5mm and PET > 100mm. By clicking the “climatological water balance” toggle, you saw that Cairo’s PET exceeds 200mm in May, thus the effective dry season starts earlier. Question 7 is the conceptual core: two places can have the same low rainfall, but desert vs. steppe is determined by how fast water evaporates. The interactive lets you adjust a hypothetical temperature slider to see the classification change.

The workbook presents an interactive globe. It is 12:00 PM (Noon) in Greenwich, UK (Prime Meridian).

Question 9: Click on Tokyo (135° E). What time is it there?

Answer C1.7:

Calculation: 135° ÷ 15°/hour = 9 hours ahead. Answer: 9:00 PM (21:00) the same day.

Question 10: You click on Los Angeles (120° W). What time is it there?

Answer C1.8:

Calculation: 120° ÷ 15°/hour = 8 hours behind. Answer: 4:00 AM (the same day, but very early morning).