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The accompanying table gives the 2018 population and area (in square kilometers) of five U.S. cities. See page 39 for guidance. (Source: www.citymayors.com). \begin{tabular}{|l|c|c|} \hline City & Population & Area (square km) \\ \hline Miami & \(4,919,000\) & 2891 \\ \hline Detroit & \(3,903,000\) & 3267 \\ \hline Atlanta & \(3,500,000\) & 5083 \\ \hline Seattle & \(2,712,000\) & 1768 \\ \hline Baltimore & \(2,076,000\) & 1768 \\ \hline \end{tabular} a. Determine and report the ranking of the population density (people per square kilometer) by dividing the population of each city by its area. Use rank 1 for the highest density. b. If you wanted to live in the city (of these six) with the lowest population density, which would you choose? c. If you wanted to live in the city (of these six) with the highest population density, which would you choose?

Step by step solution

01

Calculate Population Density

To find the population density for each city, divide the population of the city by its area. For example, for Miami: population density = \(4,919,000/2891 = 1701\) (people per square kilometer). Apply the same calculation for all other cities.

02

Rank Cities Based on Population Density

After calculating population densities, rank the cities based on population density. The city with the highest population density gets rank 1, the next highest gets rank 2, and so on.

03

Identify the City with the Lowest Density

From the ranking in Step 2, the city with the highest rank (i.e., the lowest number) has the lowest population density.

04

Identify the City with the Highest Density

From the ranking in Step 2, the city with the lowest rank (i.e., the number 1) has the highest population density.

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Key Concepts

These are the key concepts you need to understand to accurately answer the question.

City Statistics

City statistics are crucial for understanding various aspects of urban life. They offer data about population, area, population density, economic status, and more. These statistics can help city planners, researchers, and residents make informed decisions.

• Population refers to the number of people living in a specific area. It can influence the city's resources, infrastructure, and services.
• The area of a city is usually measured in square kilometers or square miles. It reflects the city's physical size.
• Population density is calculated by dividing the population by the area. It indicates how crowded a city might be.

Understanding these city statistics can help compare different cities. It provides insights into where resources might be needed, how living spaces are managed, and the potential challenges and opportunities of living in a particular urban location.

Data Analysis

Data analysis involves examining datasets to discover patterns, insights, and trends. In context with city statistics, data analysis plays a vital role in interpreting population data and more.

• To analyze population density, you must first gather accurate data on both population and area.
• Calculating population density involves a simple formula: Population Density = \( \frac{Population}{Area} \).
• The results can be used to rank and compare cities.

By conducting data analysis, cities can be compared based on density, which highlights regions that might be overpopulated. This analysis is crucial for effective urban planning and enhancing the quality of life for residents.

Population Data

Population data is fundamental for understanding demographic trends and issues. This data tells us not just the number of people in a city, but can also help explain things like resource allocation and city planning needs.

• The total population figure helps determine the scale of urban infrastructure and services required.
• Higher population numbers can lead to increased demand for housing, transportation, and other resources.
• Analyzing how population numbers change over time can reveal migration trends, economic development, and social challenges.

Accurate population data forms the foundation of city planning and development policies. Understanding this data enables governments and organizations to anticipate future challenges and opportunities.

Urban Geography

Urban geography examines the spatial aspects of cities and urban environments. It's about understanding the distribution and patterns of cities, including how they grow and change over time.

• It considers how population density and urban sprawl can impact the environment and infrastructure.
• Urban geography studies the relationship between urban areas and the natural landscape.
• Geographers analyze how cities interact with their surroundings, including transportation networks and resources.

This field helps reveal the dynamic nature of cities. By looking at how population density and other key statistics affect a city's layout and growth, urban geography provides insights into sustainable development and planning.