Question

1. read the information about map projections in pages 6-7. use the information to complete the following sentences.

a. the distortion of a flat map is the result of trying to show a ____ on a ____.
b. ______ show all areas in their true relative size, but distort shapes.
c. conformal projections show true ______ but distort sizes.
d. compromise projections allow some ____ distortion in order to portray ____ more accurately.

country tables

1. look at the country tables on pages 202-207. the table headings identify the types of facts shown in each column, such as capitals, area, and population. countries are grouped by continent. use the country tables to identify the country that matches each set of facts.

a. capital: cairo (africa)
b. official languages: hindi, english (asia)
c. population: 8,754,413 (europe)
d. population density: 9.2 people per sq mile (north america)
e. area: 1,073,520 sq miles (south america)

1. use the country tables on pages 202-207 to write the number of people who live in each country listed below. then rank the countries from largest population to smallest, with 1 being the largest.

country \t population \t rank
a. germany (europe)
b. china (asia)
c. india (asia)
d. indonesia (asia)
e. united states (north america)
f. brazil (south america)

Explanation:

To solve these problems, we would need to refer to the specific atlas pages (6 - 7 for map projections and 202 - 207 for country tables) as mentioned in the questions. Since the actual atlas content isn't provided here, here's how you can approach each part:

Problem 4 (Map Projections)

Part a

The distortion of a flat map is the result of trying to show a 3 - dimensional (spherical) surface (like the Earth) on a 2 - dimensional (flat) plane.

Part b

Equal - area (equivalent) projections show all areas in their true relative size, but often distort shapes.

Part c

Conformal projections show true shapes but distort sizes.

Part d

Compromise projections allow some distortion in order to portray other features (like both shape and area to some extent, or distance, direction etc.) more accurately.

Problem 5 (Country Tables)

To solve this, you would look at the Country Tables on pages 202 - 207:

• Part a: Find the country in Africa with the capital Cairo (this is Egypt).
• Part b: Find the country in Asia with official languages Hindi and English (this is India).
• Part c: Find the country in Europe with a population of 8,754,413 (you would scan the Europe section of the country table for this population value).
• Part d: Find the country in North America with a population density of 9.2 people per sq mile (scan the North America section for this density).
• Part e: Find the country in South America with an area of 1,073,520 sq miles (scan the South America section for this area).

Problem 6 (Population and Ranking)

To solve this, you would:

1. Look up the population of each country in the Country Tables (pages 202 - 207):

• Germany (Europe): Find the population value for Germany in the Europe section.
• China (Asia): Find the population value for China in the Asia section.
• India (Asia): Find the population value for India in the Asia section.
• Indonesia (Asia): Find the population value for Indonesia in the Asia section.
• United States (North America): Find the population value for the United States in the North America section.
• Brazil (South America): Find the population value for Brazil in the South America section.

1. Once you have all the population values, compare them and rank the countries from largest (rank 1) to smallest.

Since the actual atlas data is required to fill in the specific values, you should refer to your atlas to get the exact numbers and complete the tasks.

Answer:

To solve these problems, we would need to refer to the specific atlas pages (6 - 7 for map projections and 202 - 207 for country tables) as mentioned in the questions. Since the actual atlas content isn't provided here, here's how you can approach each part:

Problem 4 (Map Projections)

Part a

The distortion of a flat map is the result of trying to show a 3 - dimensional (spherical) surface (like the Earth) on a 2 - dimensional (flat) plane.

Part b

Equal - area (equivalent) projections show all areas in their true relative size, but often distort shapes.

Part c

Conformal projections show true shapes but distort sizes.

Part d

Compromise projections allow some distortion in order to portray other features (like both shape and area to some extent, or distance, direction etc.) more accurately.

Problem 5 (Country Tables)

To solve this, you would look at the Country Tables on pages 202 - 207:

• Part a: Find the country in Africa with the capital Cairo (this is Egypt).
• Part b: Find the country in Asia with official languages Hindi and English (this is India).
• Part c: Find the country in Europe with a population of 8,754,413 (you would scan the Europe section of the country table for this population value).
• Part d: Find the country in North America with a population density of 9.2 people per sq mile (scan the North America section for this density).
• Part e: Find the country in South America with an area of 1,073,520 sq miles (scan the South America section for this area).

Problem 6 (Population and Ranking)

To solve this, you would:

1. Look up the population of each country in the Country Tables (pages 202 - 207):

• Germany (Europe): Find the population value for Germany in the Europe section.
• China (Asia): Find the population value for China in the Asia section.
• India (Asia): Find the population value for India in the Asia section.
• Indonesia (Asia): Find the population value for Indonesia in the Asia section.
• United States (North America): Find the population value for the United States in the North America section.
• Brazil (South America): Find the population value for Brazil in the South America section.

1. Once you have all the population values, compare them and rank the countries from largest (rank 1) to smallest.

Since the actual atlas data is required to fill in the specific values, you should refer to your atlas to get the exact numbers and complete the tasks.