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Chapter 21

Unemployment

Pages 521–548 · Part 1 of 2 · 10 questions per part
Part 1 of 2
Introduction · 21.1–21.2
It was the most abrupt economic change in the post-World War II era.
A photograph shows industrial robots palletizing food products in a factory.
Figure 21.1 Robots are replacing the jobs historically done by workers in a bread factory. (Credit: modification of "Factory Automation Robotics Palettizing Bread" by KUKA Roboter GmbH/Wikimedia Commons, Public Domain)

Bring It Home

Unemployment and the COVID-19 Pandemic: A Complicated Story

It was the most abrupt economic change in the post-World War II era. Between March 2020 and April 2020, the U.S. unemployment rate increased from 4.4% to 14.8%. As a result of the COVID-19 pandemic, millions of people were left without work as businesses shut down and people stayed home and cut their spending, especially on restaurants, tourism, and travel. As confidence and spending were slowly restored, and as the situation with the virus steadily improved, unemployment began to tick down. By 2022, with the availability of vaccines and boosters and other improved health measures, things were better still, but the presence of dangerous variants prevented a full return to normal.

The COVID-19 pandemic had other effects on the labor market as well. Labor force participation—the rate at which people are employed or actively searching for work—declined and as of early-2022 remained lower than it was in 2019. Some were forced to stop working because of school and childcare closures. Others were concerned about how safe their workplaces would be in the middle of a global pandemic. And still others simply chose to retire early. Labor force participation remains a sore spot in the labor market's recovery.

These two statistics—unemployment and labor force participation—show how complicated the labor market can be. As the unemployment rate declined through 2021, the disappointing statistics on labor force participation show weak points. One day you may have read a headline about how easy it was to find a job, and the next day a headline would describe how difficult it was for employers to find workers. By the end of this chapter, you will be in a much better position to make sense of these events.

Chapter objectives

Introduction to Unemployment

In this chapter, you will learn about:

  • How Economists Define and Compute Unemployment Rate
  • Patterns of Unemployment
  • What Causes Changes in Unemployment over the Short Run
  • What Causes Changes in Unemployment over the Long Run

Unemployment can be a terrible and wrenching life experience—like a serious automobile accident or a messy divorce—whose consequences only someone who has gone through it can fully understand. For unemployed individuals and their families, there is the day-to-day financial stress of not knowing from where the next paycheck is coming. There are painful adjustments, like watching your savings account dwindle, selling a car and buying a cheaper one, or moving to a less expensive place to live. Even when the unemployed person finds a new job, it may pay less than the previous one. For many people, their job is an important part of their self worth. When unemployment separates people from the workforce, it can affect family relationships as well as mental and physical health.

The human costs of unemployment alone would justify making a low level of unemployment an important public policy priority. However, unemployment also includes economic costs to the broader society. When millions of unemployed but willing workers cannot find jobs, economic resource are unused. An economy with high unemployment is like a company operating with a functional but unused factory. The opportunity cost of unemployment is the output that the unemployed workers could have produced.

This chapter will discuss how economists define and compute the unemployment rate. It will examine the patterns of unemployment over time, for the U.S. economy as a whole, for different demographic groups in the U.S. economy, and for other countries. It will then consider an economic explanation for unemployment, and how it explains the patterns of unemployment and suggests public policies for reducing it.

21.1 How Economists Define and Compute Unemployment Rate

Newspaper or television reports typically describe unemployment as a percentage or a rate. A recent report might have said, for example, from September 2021 to October 2021, the U.S. unemployment rate declined from 4.8% to 4.6%. At a glance, the changes between the percentages may seem small. However, remember that the U.S. economy has about 162 million adults (as of the beginning of 2022) who either have jobs or are looking for them. A rise or fall of just 0.1% in the unemployment rate of 162 million potential workers translates into 160,000 people, which is roughly the total population of a city like Syracuse, New York, Brownsville, Texas, or Pasadena, California. Large rises in the unemployment rate mean large numbers of job losses. In April 2020, at the peak of the pandemic-induced recession, over 20 million people were out of work. Even with the unemployment rate at 4.2% in November 2021, about 7 million people who were looking for jobs were out of work.

Link It Up

The Bureau of Labor Statistics tracks and reports all data related to unemployment.

Who’s In or Out of the Labor Force?

Should we count everyone without a job as unemployed? Of course not. For example, we should not count children as unemployed. Surely, we should not count the retired as unemployed. Many full-time college students have only a part-time job, or no job at all, but it seems inappropriate to count them as suffering the pains of unemployment. Some people are not working because they are rearing children, ill, on vacation, or on parental leave.

The point is that we do not just divide the adult population into employed and unemployed. A third group exists: people who do not have a job, and for some reason—retirement, looking after children, taking a voluntary break before a new job—are not interested in having a job, either. It also includes those who do want a job but have quit looking, often due to discouragement due to their inability to find suitable employment. Economists refer to this third group of those who are not working and not looking for work as out of the labor force or not in the labor force.

The U.S. unemployment rate, which is based on a monthly survey carried out by the U.S. Bureau of the Census, asks a series of questions to divide the adult population into employed, unemployed, or not in the labor force. To be classified as unemployed, a person must be without a job, currently available to work, and actively looking for work in the previous four weeks. Thus, a person who does not have a job but who is not currently available to work or has not actively looked for work in the last four weeks is counted as out of the labor force.

Employed: currently working for pay

Unemployed: Out of work and actively looking for a job

Out of the labor force: Out of paid work and not actively looking for a job

Labor force: the number of employed plus the unemployed

Calculating the Unemployment Rate

Figure shows the three-way division of the 16-and-over population. In November 2021, about 61.8% of the adult population was "in the labor force"; that is, people are either employed or without a job but looking for work. We can divide those in the labor force into the employed and the unemployed. Table 21.1 shows those values. The unemployment rate is not the percentage of the total adult population without jobs, but rather the percentage of adults who are in the labor force but who do not have jobs:

Unemployment rate=Unemployed peopleTotal labor force × 100
This is a pie chart showing the Employed, Unemployed, and Out of the Labor Force Distribution of the Adult Population (age 16 and older), measured in thousands. The Employed group is 152,081 thousand, or 152 million. The Unemployed segment is 7,635, or 7.6 million, and the Out of the Labor Force group is 94,366 thousand, or 94.3 million.
Figure 21.2 The total adult, working-age population in November 2021 was 262.029 million. Out of this total population, 155.175 million were classified as employed, and 6.877 million were classified as unemployed. The remaining 99.977 million were classified as out of the labor force. As you will learn, however, this seemingly simple chart does not tell the whole story. As you will learn, however, this seemingly simple chart does not tell the whole story.
Total adult population over the age of 16262.029 million
In the labor force 162.052 million (61.8%)
Employed 155.175 million
Unemployed 6.877 million
Out of the labor force 99.977 million (38.2%)
Table 21.1 U.S. Employment and Unemployment, November 2021

(Source: https://data.bls.gov)

In this example, we can calculate the unemployment rate as 6.877 million unemployed people divided by 162.052 million people in the labor force, which works out to a 4.2% rate of unemployment. The following Work It Out feature will walk you through the steps of this calculation.

Work It Out

Calculating Labor Force Percentages

How do economists arrive at the percentages in and out of the labor force and the unemployment rate? We will use the values in Table 21.1 to illustrate the steps.

To determine the percentage in the labor force:

Step 1. Divide the number of people in the labor force (162.052 million) by the total adult (working-age) population (262.029 million).

Step 2. Multiply by 100 to obtain the percentage.

Percentage in the labor force=162.052262.029=0.6184=61.8%

To determine the percentage out of the labor force:

Step 1. Divide the number of people out of the labor force (99.977 million) by the total adult (working-age) population (262.029 million).

Step 2. Multiply by 100 to obtain the percentage.

Percentage out of the labor force=99.977262.029=0.3815=38.2%

To determine the unemployment rate:

Step 1. Divide the number of unemployed people (6.877 million) by the total labor force (165.052 million).

Step 2. Multiply by 100 to obtain the rate.

Unemployment rate=6.877165.052=0.0416=4.2%

Hidden Unemployment

Even with the “out of the labor force” category, there are still some people who are mislabeled in the categorization of employed, unemployed, or out of the labor force. There are some people who have only part time or temporary jobs, and they are looking for full time and permanent employment that are counted as employed, although they are not employed in the way they would like or need to be. Additionally, there are individuals who are underemployed. This includes those who are trained or skilled for one type or level of work but are working in a lower paying job or one that does not utilize their skills. For example, we would consider an individual with a college degree in finance who is working as a sales clerk underemployed. They are, however, also counted in the employed group. All of these individuals fall under the umbrella of the term “hidden unemployment.” Discouraged workers, those who have stopped looking for employment and, hence, are no longer counted in the unemployed also fall into this group.

Labor Force Participation Rate

Another important statistic is the labor force participation rate. This is the percentage of adults in an economy who are either employed or who are unemployed and looking for a job. Using the data in Figure and Table 21.1, those included in this calculation would be the 162.052 million individuals in the labor force. We calculate the rate by taking the number of people in the labor force, that is, the number employed and the number unemployed, divided by the total adult population and multiplying by 100 to get the percentage. For the data from November 2021, the labor force participation rate is 61.8%. Historically, the civilian labor force participation rate in the United States climbed beginning in the 1960s as women increasingly entered the workforce, and it peaked at just over 67% in late 1999 to early 2000. Since then, the labor force participation rate has steadily declined, slowly to about 66% in 2008, early in the Great Recession, and then more rapidly during and after that recession. The labor force then climbed slowly during the 2010s but declined again during the pandemic in March–April 2020 and remained lower than pre-pandemic levels as of early 2022.

The Establishment Payroll Survey

When the unemployment report comes out each month, the Bureau of Labor Statistics (BLS) also reports on the number of jobs created—which comes from the establishment payroll survey. The payroll survey is based on a survey of about 147,000 businesses and government agencies throughout the United States. It generates payroll employment estimates by the following criteria: all employees, average weekly hours worked, and average hourly, weekly, and overtime earnings. One of the criticisms of this survey is that it does not count the self-employed. It also does not make a distinction between new, minimum wage, part time or temporary jobs and full time jobs with “decent” pay.

How Does the U.S. Bureau of Labor Statistics Collect the U.S. Unemployment Data?

The unemployment rate announced by the U.S. Bureau of Labor Statistics on the first Friday of each month for the previous month is based on the Current Population Survey (CPS), which the Bureau has carried out every month since 1940. The Bureau takes great care to make this survey representative of the country as a whole. The country is first divided into 3,137 areas. The U.S. Bureau of the Census then selects 729 of these areas to survey. It divides the 729 areas into districts of about 300 households each, and divides each district into clusters of about four dwelling units. Every month, Census Bureau employees call about 15,000 of the four-household clusters, for a total of 60,000 households. Employees interview households for four consecutive months, then rotate them out of the survey for eight months, and then interview them again for the same four months the following year, before leaving the sample permanently.

Based on this survey, state, industry, urban and rural areas, gender, age, race or ethnicity, and level of education statistics comprise components that contribute to unemployment rates. A wide variety of other information is available, too. For example, how long have people been unemployed? Did they become unemployed because they quit, or were laid off, or their employer went out of business? Is the unemployed person the only wage earner in the family? The Current Population Survey is a treasure trove of information about employment and unemployment. If you are wondering what the difference is between the CPS and EPS, read the following Clear it Up feature.

Clear It Up

What is the difference between CPS and EPS?

The United States Census Bureau conducts the Current Population Survey (CPS), which measures the percentage of the labor force that is unemployed. The Bureau of Labor Statistics' establishment payroll survey (EPS) is a payroll survey that measures the net change in jobs created for the month.

Criticisms of Measuring Unemployment

There are always complications in measuring the number of unemployed. For example, what about people who do not have jobs and would be available to work, but are discouraged by the lack of available jobs in their area and stopped looking? Such people, and their families, may be suffering the pains of unemployment. However, the survey counts them as out of the labor force because they are not actively looking for work. Other people may tell the Census Bureau that they are ready to work and looking for a job but, truly, they are not that eager to work and are not looking very hard at all. They are counted as unemployed, although they might more accurately be classified as out of the labor force. Still other people may have a job, perhaps doing something like yard work, child care, or cleaning houses, but are not reporting the income earned to the tax authorities. They may report being unemployed, when they actually are working.

Although the unemployment rate gets most of the public and media attention, economic researchers at the Bureau of Labor Statistics publish a wide array of surveys and reports that try to measure these kinds of issues and to develop a more nuanced and complete view of the labor market. It is not exactly a hot news flash that economic statistics are imperfect. Even imperfect measures like the unemployment rate, however, can still be quite informative, when interpreted knowledgeably and sensibly.

Link It Up

Click here to learn more about the CPS and to read frequently asked questions about employment and labor.

Key Concepts and Summary

Unemployment imposes high costs. Unemployed individuals experience loss of income and stress. An economy with high unemployment suffers an opportunity cost of unused resources. We can divide the adult population into those in the labor force and those out of the labor force. In turn, we divide those in the labor force into employed and unemployed. A person without a job must be willing and able to work and actively looking for work to be counted as unemployed; otherwise, a person without a job is counted as out of the labor force. Economists define the unemployment rate as the number of unemployed persons divided by the number of persons in the labor force (not the overall adult population). The Current Population Survey (CPS) conducted by the United States Census Bureau measures the percentage of the labor force that is unemployed. The establishment payroll survey by the Bureau of Labor Statistics measures the net change in jobs created for the month.

Self-Check Questions

Suppose the adult population over the age of 16 is 237.8 million and the labor force is 153.9 million (of whom 139.1 million are employed). How many people are “not in the labor force?” What are the proportions of employed, unemployed and not in the labor force in the population? Hint: Proportions are percentages.

Solution

The population is divided into those “in the labor force” and those “not in the labor force.” Thus, the number of adults not in the labor force is 237.8 – 153.9 = 83.9 million. Since the labor force is divided into employed persons and unemployed persons, the number of unemployed persons is 153.9 – 139.1 = 14.8 million. Thus, the adult population has the following proportions:

  • 139.1/237.8 = 58.5% employed persons
  • 14.8/237.8 = 6.2% unemployed persons
  • 83.9/237.8 = 35.3% persons out of the labor force

Using the above data, what is the unemployment rate? These data are U.S. statistics from 2010. How does it compare to the February 2015 unemployment rate computed earlier?

Solution

The unemployment rate is defined as the number of unemployed persons as a percentage of the labor force or 14.8/153.9 = 9.6%. This is higher than the February 2015 unemployment rate, computed earlier, of 5.5%.

Review Questions

What is the difference between being unemployed and being out of the labor force?

How do you calculate the unemployment rate? How do you calculate the labor force participation rate?

Are all adults who do not hold jobs counted as unemployed?

If you are out of school but working part time, are you considered employed or unemployed in U.S. labor statistics? If you are a full time student and working 12 hours a week at the college cafeteria are you considered employed or not in the labor force? If you are a senior citizen who is collecting social security and a pension and working as a greeter at Wal-Mart are you considered employed or not in the labor force?

What happens to the unemployment rate when unemployed workers are reclassified as discouraged workers?

What happens to the labor force participation rate when employed individuals are reclassified as unemployed? What happens when they are reclassified as discouraged workers?

What are some of the problems with using the unemployment rate as an accurate measure of overall joblessness?

What criteria do the BLS use to count someone as employed? As unemployed?

Assess whether the following would be counted as “unemployed” in the Current Employment Statistics survey.

  1. A husband willingly stays home with children while his wife works.
  2. A manufacturing worker whose factory just closed down.
  3. A college student doing an unpaid summer internship.
  4. A retiree.
  5. Someone who has been out of work for two years but keeps looking for a job.
  6. Someone who has been out of work for two months but isn’t looking for a job.
  7. Someone who hates her present job and is actively looking for another one.
  8. Someone who decides to take a part time job because she could not find a full time position.

Critical Thinking Questions

Using the definition of the unemployment rate, is an increase in the unemployment rate necessarily a bad thing for a nation?

Is a decrease in the unemployment rate necessarily a good thing for a nation? Explain.

If many workers become discouraged from looking for jobs, explain how the number of jobs could decline but the unemployment rate could fall at the same time.

Would you expect hidden unemployment to be higher, lower, or about the same when the unemployment rate is high, say 10%, versus low, say 4%? Explain.

Problems

A country with a population of eight million adults has five million employed, 500,000 unemployed, and the rest of the adult population is out of the labor force. What’s the unemployment rate? What share of population is in the labor force? Sketch a pie chart that divides the adult population into these three groups.

Key Terms

discouraged workers
those who have stopped looking for employment due to the lack of suitable positions available
labor force participation rate
this is the percentage of adults in an economy who are either employed or who are unemployed and looking for a job
out of the labor force
those who are not working and not looking for work—whether they want employment or not; also termed “not in the labor force”
underemployed
individuals who are employed in a job that is below their skills
unemployment rate
the percentage of adults who are in the labor force and thus seeking jobs, but who do not have jobs

21.2 Patterns of Unemployment

Let’s look at how unemployment rates have changed over time and how various groups of people are affected by unemployment differently.

The Historical U.S. Unemployment Rate

Figure shows the historical pattern of U.S. unemployment since 1955.

This graph illustrates the percent change in the unemployment rate over time. The y-axis measures the unemployment rate as a percent, from 0 to 12 in increments of 2 percent, and the x-axis shows the years, from 1960 to 2020. In 1960, the unemployment rate is slightly under 6 percent. It declines to under 4 percent in 1970. In the 1970s it generally increases, with intermittent years where it declines, and it is close to 10 percent in the early 1980s. It then generally decreases, with an increase in 1994, and is around 4 percent in 2000. It then increases to 2002, declines again to 2008, then spikes to 10 percent in 2009. It then decreases to 2019, and spikes past 8 percent in 2020.
Figure 21.3 The U.S. unemployment rate moves up and down as the economy moves in and out of recessions. However, over time, the unemployment rate seems to return to a range of 4% to 6%. There does not seem to be a long-term trend toward the rate moving generally higher or generally lower. (Source: Federal Reserve Economic Data (FRED), Unemployment Rate (UNRATE), https://fred.stlouisfed.org/series/UNRATE)

As we look at this data, several patterns stand out:

  1. Unemployment rates do fluctuate over time. During the deep recessions of the early 1980s, 2007–2009, and 2021, unemployment reached roughly 10%. For comparison, during the 1930s Great Depression, the unemployment rate reached almost 25% of the labor force.
  2. Unemployment rates in the late 1990s and into the mid-2000s were rather low by historical standards. The unemployment rate was below 5% from 1997 to 2000, and near 5% during almost all of 2006–2007, and 5% or less from September 2015 through March 2020. The previous time unemployment had been less than 5% for three consecutive years was three decades earlier, from 1968 to 1970.
  3. The unemployment rate never falls all the way to zero. It almost never seems to get below 3%—and it stays that low only for very short periods. (We discuss reasons why this is the case later in this chapter.)
  4. The timing of rises and falls in unemployment matches fairly well with the timing of upswings and downswings in the overall economy, except that unemployment tends to lag changes in economic activity, and especially so during upswings of the economy following a recession. During periods of recession and depression, unemployment is high. During periods of economic growth, unemployment tends to be lower.
  5. No significant upward or downward trend in unemployment rates is apparent. This point is especially worth noting because the U.S. population more than quadrupled from 76 million in 1900 to over 324 million by 2017. Moreover, a higher proportion of U.S. adults are now in the paid workforce, because women have entered the paid labor force in significant numbers in recent decades. Women comprised 18% of the paid workforce in 1900 and nearly half of the paid workforce in 2021. However, despite the increased number of workers, as well as other economic events like globalization and the continuous invention of new technologies, the economy has provided jobs without causing any long-term upward or downward trend in unemployment rates.

Unemployment Rate from 1948. Similar to the graph in the figure above, the rate moves up and down as the economy moves in and out of recessions.

Unemployment Rates by Group

Unemployment is not distributed evenly across the U.S. population. Figure shows unemployment rates broken down in various ways: by gender, age, and race/ethnicity.

There are three graphs illustrated here. The first shows male and female unemployment rates as two lines over time, with the y-axis showing the unemployment rate and x-axis showing years. The unemployment rate is measured in 2 percent increments, from 0 to 12, and time runs in years from 1974 to 2020. The male and female unemployment rates follow the same pattern of peaks and valleys, with the female unemployment rate generally higher than the male, until the early 1990s. In 1974, the line starts out at 6.6 percent for females. It jumps to above 9 percent in 1975 and 1982, then gradually declines until another peak in 2009, when it rises to 8 percent. It then gradually lowers to around 4 percent in 2019, when it then spikes again. In 1974 the line starts out at roughly 5 percent for males. It jumps to near 8 percent in 1975 and 10 percent in 1982, then gradually declines until another peak in 2009, when it rises to 10 percent. It then gradually lowers to around 4 percent in 2019, when it then spikes again. The next graph shows unemployment rates for women by age. There are four lines shown, each representing a different age group. The y-axis shows the unemployment rate and the x-axis measures time. The unemployment rate is measured in 2 percent increments, from 0 to 12, and time runs in years from 1974 to 2020. The highest unemployment rate over time is for women ages 16 to 19, followed by the 20 to 24 age group, then the 25 to 54 group, and the lowest is the age 55 and over group. For women ages 16 to 19, in 1974, it is roughly 16 percent, increases to 20 percent in 1975, decreases, increases to 23 percent in 1982, and then generally declines, with a brief spike in 1991, to 15 percent 2008. It increases in 2009 to above 25 percent, then decreases to 13 in 2019, and increases in 2020 to 18 percent. For women ages 20 to 24, the line starts out around 10 percent, goes up to 13 percent in 1975, declines until 1981, increases to 15 percent in 1982, then generally decreases to 8 percent in 2008, spikes to 15 percent in 2009, declines again to 6 percent in 2019, then increases in 2020 to 15 percent. For women ages 25 to 54, the line starts out slightly less than 5 percent, goes up to 6 percent in 1975, declines until 1981, increases to 7 percent in 1982, then generally decreases to 5 percent in 2008, spikes to 7 percent in 2009, declines again to 3 percent in 2019, then increases in 2020 to 6 percent. For women ages 55 and over, the line is nearly identical to the line for women ages 25 to 54, with very similar if not identical unemployment rates over time. The last graph illustrates three lines, the unemployment rate over time for Black, Hispanic, and White. The y-axis shows the unemployment rate and the x-axis measures time. The unemployment rate is measured in 2 percent increments, from 0 to 12, and time runs in years from 1974 to 2020. The highest unemployment rate is for blacks, followed by Hispanics, and the lowest is for Whites. For Blacks, the line starts out at 10 percent, goes up to nearly 15 percent in 1975, declines until 1981, increases to nearly 20 percent in 1982, then generally decreases to 8 percent in 2008, spikes to 16 percent in 2009, declines again to 6 percent in 2019, then increases in 2020 to 12 percent. For Hispanics, the line starts out at 9 percent, goes up to around 12 percent in 1975, declines until 1981, increases to 13 percent in 1982, then generally decreases to 5 percent in 2008, spikes to 13 percent in 2009, declines again to 5 percent in 2019, then increases in 2020 to 12 percent. For Whites, the line starts out at 5 percent, goes up to 6 percent in 1975, declines until 1981, increases to 7 percent in 1982, then generally decreases to 4 percent in 2008, spikes to 7 percent in 2009, declines again to 3 percent in 2019, then increases in 2020 to 6 percent.
Figure 21.4 (a) By gender, 1948–2020. Unemployment rates for men used to be lower than unemployment rates for women, but in recent decades, the two rates have been very close, often– and especially during and soon after the Great Recession – with the unemployment rate for men somewhat higher. (b) By age, 1948–2020. Unemployment rates are highest for the very young and become lower with age. (c) By race and ethnicity, 1974–2020. Although unemployment rates for all groups tend to rise and fall together, the unemployment rate for Black people is typically about twice as high as that for White people, while the unemployment rate for Hispanic people is in between. (Source: www.bls.gov)

The unemployment rate for women had historically tended to be higher than the unemployment rate for men, perhaps reflecting the historical pattern that women were seen as “secondary” earners. By about 1980, however, the unemployment rate for women was essentially the same as that for men, as Figure (a) shows. During the pandemic-induced recession of 2020 and in the immediate aftermath, the unemployment rate for women exceeded the unemployment rate for men. Subsequently, however, the gap has narrowed.

Link It Up

Read this report for detailed information on the 2008–2009 recession. It also provides some very useful information on the statistics of unemployment.

Younger workers tend to have higher unemployment, while middle-aged workers tend to have lower unemployment. Younger workers move in and out of jobs more than middle-aged workers, as part of the process of matching of workers and jobs, and this contributes to their higher unemployment rates. In addition, middle-aged workers are more likely to feel the responsibility of needing to have a job more heavily. Elderly workers have extremely low rates of unemployment, because those who do not have jobs often exit the labor force by retiring, and thus are not counted in the unemployment statistics. Figure (b) shows unemployment rates for women divided by age. The pattern for men is similar.

The unemployment rate for African-Americans is substantially higher than the rate for other racial or ethnic groups, a fact that surely reflects, to some extent, a pattern of discrimination that has constrained Black people’s labor market opportunities. However, the gaps between unemployment rates for White, Black, and Hispanic people have diminished in the 1990s, as Figure (c) shows. In fact, unemployment rates for Black and Hispanic people were at the lowest levels for several decades in the mid-2000s before rising during the recent Great Recession.

Finally, those with less education typically suffer higher unemployment. In November 2021, for example, the unemployment rate for those with a college degree was 2.3%; for those with some college but not a four year degree, the unemployment rate was 3.7%; for high school graduates with no additional degree, the unemployment rate was 5.2%; and for those without a high school diploma, the unemployment rate was 5.7%. This pattern arises because additional education typically offers better connections to the labor market and higher demand. With less attractive labor market opportunities for low-skilled workers compared to the opportunities for the more highly-skilled, including lower pay, low-skilled workers may be less motivated to find jobs.

Breaking Down Unemployment in Other Ways

The Bureau of Labor Statistics also gives information about the reasons for unemployment, as well as the length of time individuals have been unemployed. Table 21.2, for example, shows the four reasons for unemployment and the percentages of the currently unemployed that fall into each category. Table 21.3 shows the length of unemployment. For both of these, the data is from November 2021.(bls.gov)

ReasonPercentage
New Entrants6.5%
Re-entrants31.8%
Job Leavers12.5%
Job Losers: Temporary11.8%
Job Losers: Non Temporary37.3%
Table 21.2 Reasons for Unemployment, November 2021
Length of TimePercentage
Under 5 weeks22.3%
5 to 14 weeks22.3%
15 to 26 weeks17.6%
Over 27 weeks37.7%
Table 21.3 Length of Unemployment, November 2021

Link It Up

Watch this speech on the impact of droids on the labor market.

International Unemployment Comparisons

From an international perspective, the U.S. unemployment rate typically has looked a little better than average. Table 21.4 compares unemployment rates for 1991, 1996, 2001, 2006 (just before the Great Recession), and 2019 (just before the pandemic-induced recession) from several other high-income countries.

Country19911996200120062019
United States6.8%  5.4%4.8%  4.4%  3.7%
Canada9.8%  8.8%6.4%  6.2%  5.7%
Japan2.1%  3.4%5.1%  4.5%  2.4%
France9.5%12.5%8.7%10.1%8.5%
Germany5.6%  9.0%8.9%  9.8%  3.1%
Italy6.9%11.7%9.6%  7.8%10.0%
Sweden3.1%  9.9%5.0%  5.2%  7.0%
United Kingdom8.8%  8.1%5.1%  5.5%  3.9%
Table 21.4 International Comparisons of Unemployment Rates

However, we need to treat cross-country comparisons of unemployment rates with care, because each country has slightly different definitions of unemployment, survey tools for measuring unemployment, and also different labor markets. For example, Japan’s unemployment rates appear quite low, but Japan’s economy has been mired in slow growth and recession since the late 1980s, and Japan’s unemployment rate probably paints too rosy a picture of its labor market. In Japan, workers who lose their jobs are often quick to exit the labor force and not look for a new job, in which case they are not counted as unemployed. In addition, Japanese firms are often quite reluctant to fire workers, and so firms have substantial numbers of workers who are on reduced hours or officially employed, but doing very little. We can view this Japanese pattern as an unusual method for society to provide support for the unemployed, rather than a sign of a healthy economy.

Link It Up

We hear about the Chinese economy in the news all the time. The value of the Chinese yuan in comparison to the U.S. dollar is likely to be part of the nightly business report, so why is the Chinese economy not included in this discussion of international unemployment? The lack of reliable statistics is the reason. This article explains why.

Comparing unemployment rates in the United States and other high-income economies with unemployment rates in Latin America, Africa, Eastern Europe, and Asia is very difficult. One reason is that the statistical agencies in many poorer countries lack the resources and technical capabilities of the U.S. Bureau of the Census. However, a more difficult problem with international comparisons is that in many low-income countries, most workers are not involved in the labor market through an employer who pays them regularly. Instead, workers in these countries are engaged in short-term work, subsistence activities, and barter. Moreover, the effect of unemployment is very different in high-income and low-income countries. Unemployed workers in the developed economies have access to various government programs like unemployment insurance, welfare, and food stamps. Such programs may barely exist in poorer countries. Although unemployment is a serious problem in many low-income countries, it manifests itself in a different way than in high-income countries.

Key Concepts and Summary

The U.S. unemployment rate rises during periods of recession and depression, but falls back to the range of 4% to 6% when the economy is strong. The unemployment rate never falls to zero. Despite enormous growth in the size of the U.S. population and labor force in the twentieth century, along with other major trends like globalization and new technology, the unemployment rate shows no long-term rising trend.

Unemployment rates differ by group: higher for African-Americans and Hispanic people than for White people; higher for less educated than more educated; higher for the young than the middle-aged. Women’s unemployment rates used to be higher than men’s, but in recent years men’s and women’s unemployment rates have been very similar. In recent years, unemployment rates in the United States have compared favorably with unemployment rates in most other high-income economies.

Self-Check Questions

Over the long term, has the U.S. unemployment rate generally trended up, trended down, or remained at basically the same level?

Solution

Over the long term, the U.S. unemployment rate has remained basically the same level.

Whose unemployment rates are commonly higher in the U.S. economy:

  1. White or non-White people?
  2. The young or the middle-aged?
  3. College graduates or high school graduates?

Solution

  1. Non-White people
  2. The young
  3. High school graduates

Review Questions

Are U.S. unemployment rates typically higher, lower, or about the same as unemployment rates in other high-income countries?

Are U.S. unemployment rates distributed evenly across the population?

Critical Thinking Questions

Is the higher unemployment rates for minority workers necessarily an indication of discrimination? What could be some other reasons for the higher unemployment rate?

While unemployment is highly negatively correlated with the level of economic activity, in the real world it responds with a lag. In other words, firms do not immediately lay off workers in response to a sales decline. They wait a while before responding. Similarly, firms do not immediately hire workers when sales pick up. What do you think accounts for the lag in response time?

Why do you think that unemployment rates are lower for individuals with more education?

Practice MCQs · Part 1 0/10

1. The labor force in the usual BLS framework includes people who are:

2. The unemployment rate is computed as:

3. Someone who is not employed and not actively looking for work is generally counted as:

4. The labor force participation rate measures:

5. Frictional unemployment arises largely because:

6. Structural unemployment is most associated with:

7. Cyclical unemployment is best described as:

8. The natural rate of unemployment (conceptually) is the unemployment rate when:

9. Discouraged workers are often excluded from unemployment counts because they:

10. Underemployment (broader measures) may include workers who are:

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Part 1 complete

Part 1 → 2

Part 1 defines unemployment and the labor force, then surveys patterns over time and across groups. Part 2 focuses on short-run causes, especially links between the business cycle and unemployment.

Part 2 of 2
21.3 · Short-run changes in unemployment

21.3 What Causes Changes in Unemployment over the Short Run

We have seen that unemployment varies across times and places. What causes changes in unemployment? There are different answers in the short run and in the long run. Let's look at the short run first.

Cyclical Unemployment

Let’s make the plausible assumption that in the short run, from a few months to a few years, the quantity of hours that the average person is willing to work for a given wage does not change much, so the labor supply curve does not shift much. In addition, make the standard ceteris paribus assumption that there is no substantial short-term change in the age structure of the labor force, institutions and laws affecting the labor market, or other possibly relevant factors.

One primary determinant of the demand for labor from firms is how they perceive the state of the macro economy. If firms believe that business is expanding, then at any given wage they will desire to hire a greater quantity of labor, and the labor demand curve shifts to the right. Conversely, if firms perceive that the economy is slowing down or entering a recession, then they will wish to hire a lower quantity of labor at any given wage, and the labor demand curve will shift to the left. Economists call the variation in unemployment that the economy causes moving from expansion to recession or from recession to expansion (i.e. the business cycle) cyclical unemployment.

From the standpoint of the supply-and-demand model of competitive and flexible labor markets, unemployment represents something of a puzzle. In a supply-and-demand model of a labor market, as Figure illustrates, the labor market should move toward an equilibrium wage and quantity. At the equilibrium wage (We), the equilibrium quantity (Qe) of labor supplied by workers should be equal to the quantity of labor demanded by employers.

The graph reveals the complexity of unemployment in that, presumably, the number of jobs available should equal the number of individuals pursuing employment.
Figure 21.5 In a labor market with flexible wages, the equilibrium will occur at wage We and quantity Qe, where the number of people who want jobs (shown by S) equals the number of jobs available (shown by D).

One possibility for unemployment is that people who are unemployed are those who are not willing to work at the current equilibrium wage, say $10 an hour, but would be willing to work at a higher wage, like $20 per hour. The monthly Current Population Survey would count these people as unemployed, because they say they are ready and looking for work (at $20 per hour). However, from an economist’s perspective, these people are choosing to be unemployed.

Probably a few people are unemployed because of unrealistic expectations about wages, but they do not represent the majority of the unemployed. Instead, unemployed people often have friends or acquaintances of similar skill levels who are employed, and the unemployed would be willing to work at the jobs and wages similar to what those people are receiving. However, the employers of their friends and acquaintances do not seem to be hiring. In other words, these people are involuntarily unemployed. What causes involuntary unemployment?

Why Wages Might Be Sticky Downward

If a labor market model with flexible wages does not describe unemployment very well—because it predicts that anyone willing to work at the going wage can always find a job—then it may prove useful to consider economic models in which wages are not flexible or adjust only very slowly. In particular, even though wage increases may occur with relative ease, wage decreases are few and far between.

One set of reasons why wages may be “sticky downward,” as economists put it, involves economic laws and institutions. For low-skilled workers receiving minimum wage, it is illegal to reduce their wages. For union workers operating under a multiyear contract with a company, wage cuts might violate the contract and create a labor dispute or a strike. However, minimum wages and union contracts are not a sufficient reason why wages would be sticky downward for the U.S. economy as a whole. After all, out of the 73.3 million or so employed workers in the U.S. economy who earn wages by the hour, only about 1.1 million—less than 2% of the total—do not receive compensation above the minimum wage. Similarly, labor unions represent only about 12% of American wage and salary workers. In other high-income countries, more workers may have their wages determined by unions or the minimum wage may be set at a level that applies to a larger share of workers. However, for the United States, these two factors combined affect only about 15% or less of the labor force.

Economists looking for reasons why wages might be sticky downwards have focused on factors that may characterize most labor relationships in the economy, not just a few. Many have proposed a number of different theories, but they share a common tone.

One argument is that even employees who are not union members often work under an implicit contract, which is that the employer will try to keep wages from falling when the economy is weak or the business is having trouble, and the employee will not expect huge salary increases when the economy or the business is strong. This wage-setting behavior acts like a form of insurance: the employee has some protection against wage declines in bad times, but pays for that protection with lower wages in good times. Clearly, this sort of implicit contract means that firms will be hesitant to cut wages, lest workers feel betrayed and work less hard or even leave the firm.

Efficiency wage theory argues that workers' productivity depends on their pay, and so employers will often find it worthwhile to pay their employees somewhat more than market conditions might dictate. One reason is that employees who receive better pay than others will be more productive because they recognize that if they were to lose their current jobs, they would suffer a decline in salary. As a result, they are motivated to work harder and to stay with the current employer. In addition, employers know that it is costly and time-consuming to hire and train new employees, so they would prefer to pay workers a little extra now rather than to lose them and have to hire and train new workers. Thus, by avoiding wage cuts, the employer minimizes costs of training and hiring new workers, and reaps the benefits of well-motivated employees.

The adverse selection of wage cuts argument points out that if an employer reacts to poor business conditions by reducing wages for all workers, then the best workers, those with the best employment alternatives at other firms, are the most likely to leave. The least attractive workers, with fewer employment alternatives, are more likely to stay. Consequently, firms are more likely to choose which workers should depart, through layoffs and firings, rather than trimming wages across the board. Sometimes companies that are experiencing difficult times can persuade workers to take a pay cut for the short term, and still retain most of the firm’s workers. However, it is far more typical for companies to lay off some workers, rather than to cut wages for everyone.

The insider-outsider model of the labor force, in simple terms, argues that those already working for firms are “insiders,” while new employees, at least for a time, are “outsiders.” A firm depends on its insiders to keep the organization running smoothly, to be familiar with routine procedures, and to train new employees. However, cutting wages will alienate the insiders and damage the firm’s productivity and prospects.

Finally, the relative wage coordination argument points out that even if most workers were hypothetically willing to see a decline in their own wages in bad economic times as long as everyone else also experiences such a decline, there is no obvious way for a decentralized economy to implement such a plan. Instead, workers confronted with the possibility of a wage cut will worry that other workers will not have such a wage cut, and so a wage cut means being worse off both in absolute terms and relative to others. As a result, workers fight hard against wage cuts.

These theories of why wages tend not to move downward differ in their logic and their implications, and figuring out the strengths and weaknesses of each theory is an ongoing subject of research and controversy among economists. All tend to imply that wages will decline only very slowly, if at all, even when the economy or a business is having tough times. When wages are inflexible and unlikely to fall, then either short-run or long-run unemployment can result. Figure illustrates this.

This graph illustrates a labor market, with wages on the y-axis and quantity of labor on the x-axis. A downward-sloping labor demand curve and an upward-sloping labor supply curve are shown. There is a sticky wage above the equilibrium that is identified. At this sticky wage, the horizontal distance between the labor demand and labor supply is highlighted as the amount of unemployment.
Figure 21.6 Because the wage rate is stuck at W, above the equilibrium, the number of those who want jobs (Qs) is greater than the number of job openings (Qd). The result is unemployment, shown by the bracket in the figure.

Figure shows the interaction between shifts in labor demand and wages that are sticky downward. Figure (a) illustrates the situation in which the demand for labor shifts to the right from D0 to D1. In this case, the equilibrium wage rises from W0 to W1 and the equilibrium quantity of labor hired increases from Q0 to Q1. It does not hurt employee morale at all for wages to rise.

Figure (b) shows the situation in which the demand for labor shifts to the left, from D0 to D1, as it would tend to do in a recession. Because wages are sticky downward, they do not adjust toward what would have been the new equilibrium wage (W1), at least not in the short run. Instead, after the shift in the labor demand curve, the same quantity of workers is willing to work at that wage as before; however, the quantity of workers demanded at that wage has declined from the original equilibrium (Q0) to Q2. The gap between the original equilibrium quantity (Q0) and the new quantity demanded of labor (Q2) represents workers who would be willing to work at the going wage but cannot find jobs. The gap represents the economic meaning of unemployment.

The graphs show how supply and demand influence unemployment.
Figure 21.7 (a) In a labor market where wages are able to rise, an increase in the demand for labor from D0 to D1 leads to an increase in equilibrium quantity of labor hired from Q0 to Q1 and a rise in the equilibrium wage from W0 to W1. (b) In a labor market where wages do not decline, a fall in the demand for labor from D0 to D1 leads to a decline in the quantity of labor demanded at the original wage (W0) from Q0 to Q2. These workers will want to work at the prevailing wage (W0), but will not be able to find jobs.

This analysis helps to explain the connection that we noted earlier: that unemployment tends to rise in recessions and to decline during expansions. The overall state of the economy shifts the labor demand curve and, combined with wages that are sticky downwards, unemployment changes. The rise in unemployment that occurs because of a recession is cyclical unemployment.

Link It Up

The St. Louis Federal Reserve Bank is the best resource for macroeconomic time series data, known as the Federal Reserve Economic Data (FRED). FRED provides complete data sets on various measures of the unemployment rate as well as the monthly Bureau of Labor Statistics report on the results of the household and employment surveys.

Key Concepts and Summary

Cyclical unemployment rises and falls with the business cycle. In a labor market with flexible wages, wages will adjust in such a market so that quantity demanded of labor always equals the quantity supplied of labor at the equilibrium wage. Economists have proposed many theories for why wages might not be flexible, but instead may adjust only in a “sticky” way, especially when it comes to downward adjustments: implicit contracts, efficiency wage theory, adverse selection of wage cuts, insider-outsider model, and relative wage coordination.

Self-Check Questions

Beginning in the 1970s and continuing for three decades, women entered the U.S. labor force in a big way. If we assume that wages are sticky in a downward direction, but that around 1970 the demand for labor equaled the supply of labor at the current wage rate, what do you imagine happened to the wage rate, employment, and unemployment as a result of increased labor force participation?

Solution

Because of the influx of women into the labor market, the supply of labor shifts to the right. Since wages are sticky downward, the increased supply of labor causes an increase in people looking for jobs (Qs), but no change in the number of jobs available (Qe). As a result, unemployment increases by the amount of the increase in the labor supply. This can be seen in the following figure.

Over time, as labor demand grows, the unemployment will decline and eventually wages will begin to increase again. But this increase in labor demand goes beyond the scope of this problem.

This graph represents the initial scenario outlined by the question. There is one downward sloping demand curve and two upward sloping supply curves. Line We intersects with line Qe at the same point where the demand curve intersects with supply curve S sub 1.

Review Questions

When would you expect cyclical unemployment to be rising? Falling?

Why is there unemployment in a labor market with flexible wages?

Name and explain some of the reasons why wages are likely to be sticky, especially in downward adjustments.

Critical Thinking Questions

Do you think it is rational for workers to prefer sticky wages to wage cuts, when the consequence of sticky wages is unemployment for some workers? Why or why not? How do the reasons for sticky wages explained in this section apply to your argument?

Problems

A government passes a family-friendly law that no companies can have evening, nighttime, or weekend hours, so that everyone can be home with their families during these times. Analyze the effect of this law using a demand and supply diagram for the labor market: first assuming that wages are flexible, and then assuming that wages are sticky downward.

Key Terms

adverse selection of wage cuts argument
if employers reduce wages for all workers, the best will leave
cyclical unemployment
unemployment closely tied to the business cycle, like higher unemployment during a recession
efficiency wage theory
the theory that the productivity of workers, either individually or as a group, will increase if the employer pays them more
implicit contract
an unwritten agreement in the labor market that the employer will try to keep wages from falling when the economy is weak or the business is having trouble, and the employee will not expect huge salary increases when the economy or the business is strong
insider-outsider model
those already working for the firm are “insiders” who know the procedures; the other workers are “outsiders” who are recent or prospective hires
relative wage coordination argument
across-the-board wage cuts are hard for an economy to implement, and workers fight against them
Practice MCQs · Part 2 0/10

1. Okun’s law (in common textbook form) links:

2. If aggregate demand falls, firms may hire less labor, which tends to raise:

3. Hysteresis in unemployment refers to the idea that:

4. Seasonally adjusted unemployment statistics attempt to:

5. Youth unemployment rates are often higher partly because:

6. If the unemployment rate is 5% and the labor force is 100 million, roughly how many people are unemployed?

7. A rise in the employment-population ratio generally means:

8. Minimum wage laws can contribute to structural unemployment when they:

9. Unemployment insurance can affect labor markets partly by:

10. The Phillips curve (in its classic formulation) suggests a short-run tradeoff between:

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Part 2 complete

Textbook prose, figures, and tables are from OpenStax Principles of Economics 2e (CC BY), via the osbooks CNXML modules; practice MCQs are original.