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D2.Soc.16.9-12C3 FrameworkSocial StudiesSociologyAppendix CGrades 9-12

D2.Soc.16.9-12: Interpreting the Effects of Inequality on Groups and Individuals

In plain English: D2.Soc.16.9-12 is the C3 Framework sociology indicator for grades 9-12 that asks students to interpret the effects of inequality on groups and individuals. Students compare groups with rates, trace how unequal resources reach people through shared conditions and family pressures, and avoid reading a group rate as a fact about one person.

Interpret the effects of inequality on groups and individuals.

C3 Framework for Social Studies (NCSS) · Dimension 2: Applying Disciplinary Concepts and Tools · Discipline: Sociology · Stratification and Inequality · Official standard

01

Lesson Plan

60-70 min

Overview

D2.Soc.16.9-12 asks students to interpret the effects of inequality on groups and individuals. Inequality here means the unequal distribution of resources such as income, wealth, housing and services among groups in a society. Its effects on groups show up as differences in rates (how often something happens per 100 or per 1,000 people) between groups, for example in health, schooling or survival. Its effects on individuals show up in particular lives: hunger, fatigue, lost time, missed chances and the pressure of work. Interpreting both means reading a rate correctly, asking how the effect happens, and refusing to turn a group rate into a judgment about every person in the group.

The core sources are two excerpts from a 1915 federal report, the Children's Bureau study of every baby born in Johnstown, Pennsylvania, in 1911 (Sources 1 and 2, with a table built from the report's Table 30), and a passage from Robert Hunter's 1904 book Poverty on hungry schoolchildren (Source 3). An invented case about two neighborhoods (Source 4) gives students modern-looking data and two individual stories to interpret. Students test the report's claims against its own numbers, separate group effects from individual effects, and write interpretations that state a limitation.

Learning Objectives

By the end of this lesson, students will be able to:

  • Interpret an effect of inequality on a group from rates, and explain why rates rather than counts are compared
  • Interpret an effect of inequality on individuals from a first-hand or descriptive source
  • Explain how an effect travels from inequality to people, for example through neighborhood conditions, time or nutrition
  • Distinguish a group rate from a claim about one person, and identify the error of judging individuals by a group rate
  • Evaluate how strongly a source's evidence supports its claim about the effects of inequality

Prior Knowledge Required

Students should already be comfortable with:

  • Identifying common patterns of social inequality, such as differences by income or neighborhood D2.Soc.15.9-12
  • Integrating data from a table with the text of a source RH.9-10.7
  • Computing a percent and a rate per 1,000

Lesson Procedure

60-70 minutes of class time across 5 phases.

  1. Warm-Up5-10 minutes

    Warm-Up Prompt

    "Two invented schools: at School A, 40 percent of students say they have a quiet place to study at home; at School B, 85 percent do. Name one way the difference might affect each school as a whole, and one way it might affect a single student. Can you tell from these numbers whether a particular student at School A has a quiet place to study?"

    Record answers in two columns, the school as a group and one student. Then take a show of hands on the last question; the answer is no. Tell students that today's skill is keeping those two columns apart while seeing how they connect: a rate describes a group, and a life story describes a person, and an interpretation of inequality needs both without confusing them.

  2. Direct Instruction20 minutes

    Key terms. Social inequality is the unequal distribution of resources, opportunities and power among groups. Life chances are the likelihood that members of a group will have good health, schooling, work and a long life; sociologists use the term to describe groups, not to predict one person. A rate is a count divided by the size of the group, such as deaths per 1,000 births; rates let groups of different sizes be compared. A mechanism is the path by which a cause has its effect, such as unpaved streets spreading disease. The ecological fallacy is the error of reading a group's rate as a fact about each member of the group.

    Reading 1. In 1915 the U.S. Children's Bureau, a federal agency in the Department of Labor, published a study of every baby born in Johnstown, Pennsylvania, in 1911. Source 1 is from the letter that opens the report, signed by the bureau's chief, Julia C. Lathrop. Read for two questions: why does the bureau think infant deaths are worth counting, and what kind of causes did it look for?

    Infant mortality is a subject of profound social importance. The modern view has ceased to be fatalistic; infant mortality is now regarded as a preventable waste, injurious to survivors as well as destructive to infants, and cruelly increasing the burden of rearing a family. Sir Arthur Newsholme, the great English authority, has said, "Infant mortality is the most sensitive index we possess of social welfare and of sanitary administration, especially under urban conditions." Nationally, the United States has as yet no means of measuring the extent and significance of its infant mortality. If it were practicable, it would be illuminating to visit each one of the 2,500,000 children who, it is estimated, are born in this country yearly, and to take note of the varying social and economic conditions under which some 300,000 of them die and the others survive. As this is manifestly impossible, the nearest approach is to consider certain communities typical of the whole, and it is believed that in the course of a few years' study such data can be presented as will give the United States a fairly adequate measure of the conditions under which American-born infants survive or perish, and of the possibilities of modifying those conditions by local action.

    [...]

    This study considers all the babies born in Johnstown within a single calendar year. Since the work was begun in January, 1913, it was necessary to select the year 1911 as the latest in which all babies born could have attained a full year of life.

    [...]

    Above all, the bureau wishes to express its obligation to the mothers of Johnstown, without whose generous understanding and help the inquiry could not have been conducted. Their good will is evidenced by the fact that, out of 1,553 mothers visited, only two refused information.

    [...]

    The emphasis of the inquiry, as shown throughout the text, was upon certain of the more obvious economic, social, and civic factors which have surrounded the lives of the children of Johnstown born within the given year. Civic action can remedy defective sewerage and scavenger systems and dirty unpaved streets which are instrumental in creating conditions that endanger the lives of infants. The extension of city water to all houses; improved methods for sewage disposal, garbage collections, and general scavenging; the paving of streets and inhabited alleys; the widening of alleys; the improved grading of streets and alleys; the relief of house and lot congestion; the abolition of wells and yard privies; sewer connection for all houses; the abatement of the smoke nuisance — all of these are needed improvements for the infant health and the general health of Johnstown.

    Julia C. Lathrop, Chief, U.S. Children's Bureau, Source 1: The Children's Bureau explains its Johnstown study (1915) (1915). Public domain (published 1915). Source text.

    Reading 2. Source 2 is from the body of the report, written by Emma Duke. Two terms to know: an infant mortality rate is the number of babies who die before their first birthday per 1,000 live births, and born in wedlock means born to married parents. In 1915, "native" meant mothers born in the United States and "foreign" meant mothers born abroad; today we would say U.S.-born and immigrant mothers. The table under the source was built for this page from the report's Table 30.

    A grouping of babies according to the income of the father shows the greatest incidence of infant deaths where wages are lowest, and the smallest incidence where they are highest, indicating clearly the relation between low wages and ill health and infant deaths. For all live babies born in wedlock the infant mortality rate is 130.7. It rises to 255.7 when the father earns less than $521 a year or less than $10 a week, and falls to 84 when he earns $1,200 or more or if his earnings are "ample." The variation in the infant mortality rate from one earnings group to another is not perfectly regular and consistent, but if any two or more consecutive groups are combined an invariable lowering of the infant mortality rate from one such combined group to that next higher results.

    "Ample" as used in this report has a somewhat arbitrary meaning. When information concerning the father's earnings was not available and the family showed no evidences of actual poverty, the word "ample" was used. If no information concerning earnings was available when, on the other hand, the family was clearly in a state of abject poverty, then the income was tabulated as "Under $521."

    In considering the babies of native and of foreign mothers separately in the foregoing table, similar variations in mortality rates according to earnings of father are found, although the foreign infant death rate is higher in each group. The foreign are less numerous both actually and relatively in the higher wage groups.

    The foreigners of a given wage group almost always live in a poorer neighborhood than the natives earning the same amount.

    Emma Duke, U.S. Children's Bureau, Source 2: Earnings of father and infant deaths in Johnstown (1915) (1915). Public domain (published 1915). Source text.
    Infant deaths by father's annual earnings, Johnstown, Pa., babies born in 1911 (built for this page from Table 30 of the 1915 Children's Bureau report, all married mothers; each rate rechecked as deaths per 1,000 live births)
    Father's annual earningsLive birthsDeaths in first yearInfant mortality rate (per 1,000)
    Under $52121956255.7
    $521 to $62416526157.6
    $625 to $77922424107.1
    $780 to $89916123142.9
    $900 to $1,19913814101.4
    $1,200 or more48483.3
    "Ample" (see Source 2, paragraph 2)4764084.0
    All groups1,431187130.7
    • Reading a rate: Table 30 and Source 2, paragraph 1

      What does the rate of 255.7 for fathers earning under $521 mean, and how was it computed?

      Result: Of 219 babies born in this group, 56 died before age one. The rate is 56 / 219 x 1,000, about 255.7 deaths per 1,000 live births: roughly one baby in four. This describes an effect on a group, the whole set of families in the lowest earnings band, not a prediction for any one family.

    • How the effect travels: Source 1, paragraph 4

      Use the list of remedies in Source 1 to explain how unequal income could reach babies through shared conditions.

      Result: The letter names "defective sewerage and scavenger systems and dirty unpaved streets" as conditions that "endanger the lives of infants," and calls for city water and "sewer connection for all houses." The letter does not say which streets lacked these services. If, as Source 2, paragraph 4 reports for immigrant families, lower-paid families tended to live in poorer neighborhoods, then the effect works through the neighborhood: every family on a street without sewers shares the risk, whatever its own habits. That last step is an inference to test, not a finding of Source 1.

    • A second pathway: Source 2, paragraph 4

      Explain what the report adds when it compares mothers born abroad with U.S.-born mothers at the same earnings.

      Result: The report says the foreign-born "almost always live in a poorer neighborhood than the natives earning the same amount." So two families with the same wage could face different conditions. Earnings are one cause the report examines; where a group is able to live is another, and the two overlap.

    • From a group rate to one family (invented example)

      Invented example: in an invented town, the rate for one group is 200 deaths per 1,000 births. A visitor says, "So any baby born into that group will probably die." Interpret the rate correctly.

      Result: 200 per 1,000 means that 800 of every 1,000 babies in the group survive their first year, so a given baby will most likely live. The rate shows that the group faces a much higher risk than others; it does not settle the outcome for any one family. Reading the rate as a fact about each member is the ecological fallacy.

    Close the segment: Source 2, paragraph 1 says the figures show "clearly the relation between low wages and ill health and infant deaths." Is a relation the same as a cause? Keep the question open; Guided Practice and the quiz return to it.

  3. Guided Practice15 minutes

    Use Diagram 1 and the table. Work through the steps together.

    1. Check one rate. Recompute the rate for $900 to $1,199 from its births and deaths, and say in words what it means.
    2. Read the footnote. Source 2, paragraph 2 explains the "ample" group. Who was placed in it, and who was placed in "Under $521" without a reported wage? Discuss how these rules could affect each row's rate.
    3. Small rows. Find the row with the fewest births. Why is a rate built on very few births less stable than the others? (Elsewhere in Table 30, the report declines to compute a rate for any group with fewer than 50 births.)
    4. Hunter's view. Read Source 3 together. Robert Hunter published Poverty in 1904 and writes about New York City. Mark each of his claims G (about a group) or I (about what happens inside one child's life), and circle any number he gives. Ask: where does each number come from?

    These children come from those homes of poverty in which the irregular, hand-to-mouth existence of the parents exercises a blighting influence over the lives of the children. The effects of poverty are nowhere else so clearly seen. Poverty's misery invariably falls heaviest upon the weakest. The poorest children are several inches smaller, considerably lighter, and in all ways less developed than the children of well-to-do parents. [...] But the poverty of any family is likely to be most serious at the very time when the children most need nurture, when they are most dependent, and when they are obtaining the only education which they are ever to receive. Guidance and supervision of the parents are impossible because they must work; the nurture is insufficient because there are too many hungry mouths to feed; learning is difficult because hungry stomachs and languid bodies and thin blood are not able to feed the brain. The lack of learning among so many poor children is certainly due, to an important extent, to this cause. There must be thousands — very likely sixty or seventy thousand children — in New York City alone who often arrive at school hungry and unfitted to do well the work required. This curse which poverty lays upon innocent children is an awful one, for it means that they may not grow, that they may not learn, and therefore that they may not be strong enough mentally or physically to overcome the cause of it all, — poverty.

    Many cities in England, France, Germany, Switzerland, Belgium, and Italy have been for several years feeding at the schools the poorest children, because they have discovered that underfed children cannot be taught the simplest sums or the most elementary spelling. I have just been reading a large volume — an English report of several hundred pages — on "Underfed School Children." It is doubly sad reading to an American who knows that we have not even made inquiries in this country concerning this aspect of poverty. It is utter folly, from the point of view of learning, to have a compulsory school law which compels children, in that weak physical and mental state which results from poverty, to drag themselves to school and to sit at their desks, day in and day out, for several years, learning little or nothing. If it is a matter of principle in democratic America that every child shall be given a certain amount of instruction, let us render it possible for them to receive it, as monarchial countries have done, by making full and adequate provision for the physical needs of the children who come from the homes of poverty.

    Robert Hunter, Source 3: Robert Hunter on poverty and schoolchildren (1904) (1904; this edition 1905). Public domain (published 1905). Source text.

    Diagram 2 shows the pathways the three sources describe, from unequal income to effects on groups and on individuals.

  4. Independent Practice15 minutes

    Read Source 4, an invented case with invented data. The survey table belongs to it. Two cautions before you start: the survey report does not say how the 400 households in each neighborhood were chosen, so we cannot be sure they represent the neighborhoods; and two individual stories are examples, not a sample.

    Invented case, written for this page. The city, the survey, the people and every number are invented. The invented city of Carver Point is divided by a rail yard. Households in Eastside, on one side, have a median income about half that of households in Ridge, on the other side. An invented county survey asked 400 households in each neighborhood the same questions; the results are in the table printed with this source. The survey report does not say how the households were chosen.

    Marisol, 16, lives in Eastside. When her father's hours at a warehouse were cut, she took an 18-hour-a-week job at a grocery store to help pay the rent. She is often tired in her first-period class, and she did not join a free summer engineering program because it met during her shifts. Her counselor connected her with a Saturday tutoring group, and her math grades have held steady.

    Owen, 16, also lives in Eastside. He does not have a job. He joined the same free summer engineering program, because a neighbor who works at the college drove him there each morning. He says the hardest part of his week is the hour-long bus ride to the nearest library with reliable internet.

    In a letter to the invented Carver Point Ledger, one reader wrote: "These numbers prove that Eastside teenagers just don't care about school."

    SVHS (invented scenario), Source 4: Two neighborhoods in Carver Point (invented case) (2026). Original passage written for this page.
    Invented county survey of Carver Point (invented data for Source 4; how households were chosen is not stated)
    MeasureEastsideRidge
    Households surveyed400400
    Households with a regular doctor or clinic248344
    Teenagers aged 15-17 living in surveyed households180175
    Of those teenagers: working 15 or more hours a week during the school year5421
    Of those teenagers: in a summer academic program last year2763

    Task: write one interpretation paragraph with four parts. (1) A group-level effect, stated with a rate you compute from the table. (2) An individual-level effect, with evidence from paragraph 2 or 3. (3) One possible mechanism linking the two. (4) One limitation of the evidence. Use Sources 1-4 for the quiz and homework.

  5. Closure5-10 minutes

    Exit ticket: "Write one sentence about an effect of inequality on a group and one about an effect on an individual, each with its evidence. Then write one sentence explaining why the first cannot tell you the second."

    Teacher notes. (1) Sources 1 and 2 use the words of 1915: "native" and "foreign" for U.S.-born and immigrant mothers, and "born in wedlock" and "legitimate" in the table titles. The sentences that follow the excerpt in Source 2 describe immigrant neighborhoods in judgmental language that is now rejected; this page stops before them. (2) Robert Hunter's preface and some other chapters describe a class of poor people as hereditary "degeneracy," a view now rejected; this page uses only the chapter V passage, and the sentence cut from it describes children of parents with alcoholism or tuberculosis in the language of 1904. (3) Hunter's figure of "sixty or seventy thousand children" is his own estimate, and he says no American inquiry had been made; treat it as an estimate. (4) The Johnstown study covers one town and one year of births, and the "ample" and "Under $521" groups were partly assigned by how a family's circumstances looked to the agents (Source 2, paragraph 2). (5) Source 4 is invented. Keep the discussion at group level: do not ask students about their own family's income, jobs or health.

Differentiation Strategies

For Struggling Students

  • Give a two-column organizer headed "Group (a rate or a share)" and "Individual (one life)" and have students place each claim from Sources 1-4 in a column before writing
  • Provide the rate formula as a sentence frame: "___ of ___ babies died, so the rate is ___ / ___ x 1,000 = ___ per 1,000."
  • Pre-mark the sentences in Source 3 that contain a number, so students can ask where each number came from

For Advanced Students

  • Combine the Table 30 rows into three earnings bands of your choice and test the report's claim that combined groups always show a lower rate as earnings rise; explain why grouping choices can change a pattern
  • Write a paragraph on how the report's method (every baby born in one year, traced through the first year) makes its rates stronger evidence than a count of deaths alone
  • Compare Hunter's descriptive evidence with the bureau's counted rates and argue which is more useful for each of his claims

Assessment Guidance

What to Look For

Strong interpretations compare groups with rates and name the rate's base (per 1,000 births, per 100 teenagers), explain at least one mechanism by which inequality has its effect, keep group statements and individual statements separate, and state a limitation of the evidence such as one town, a small row, an estimate, or a sample whose selection is unknown. Watch for students who compare raw counts across groups of different sizes, who treat a relation as proof that one factor alone is the cause, or who turn a group rate into a statement about the character of every member of the group.

02

Classroom Activities

3 Activities

1

Testing the Report Against Its Own Table

15 minPairs

Source 2, paragraph 1 makes a precise claim: the rates are "not perfectly regular," but whenever two or more consecutive earnings groups are combined, each combined group has a lower rate than the combined group below it. Pairs test the claim with the table and calculators.

Step 1: Combine and Compute (8 min)

For each combined group, add the births, add the deaths, and compute deaths per 1,000 births to one decimal place.

  1. Under $521 with $521 to $624
  2. $625 to $779 with $780 to $899
  3. $900 to $1,199 with $1,200 or more
  4. $521 to $624 with $625 to $779
  5. $780 to $899 with $900 to $1,199
  6. $1,200 or more with "Ample"

Answer Key

(1) 82 / 384, about 213.5. (2) 47 / 385, about 122.1. (3) 18 / 186, about 96.8. (4) 50 / 389, about 128.5. (5) 37 / 299, about 123.7. (6) 44 / 524, about 84.0, which is the "84" in Source 2, paragraph 1. Combinations 1, 2 and 3 fall in order (213.5, 122.1, 96.8), and so do 4, 5 and 6 (128.5, 123.7, 84.0). The claim holds for these groupings.

Step 2: Discussion (7 min)

Why can combining rows smooth out an irregular pattern? (Each combined row has more births, so a few deaths more or less move its rate less.) The claim describes a relation between earnings and infant deaths. Name one other difference between the groups, using Source 1, paragraph 4 or Source 2, paragraph 4, that could be part of the explanation.

2

Card Sort: Group Effect, Individual Effect or Misreading?

15 minGroups of 3-4

Each group gets 12 cards. Sort them into three piles: an effect of inequality on a group (stated as a rate, share or difference between groups), an effect on an individual (what happens in one life), or a misreading (a claim that turns a group pattern into a judgment about people). Cards 2, 5 and 6 come from Sources 1-3; the other nine cards are invented or describe typical cases.

The 12 Cards

  1. In the invented town of Larkin, the share of adults with health insurance is 20 percentage points lower in the east wards than in the west wards.
  2. The 1915 report gives a rate of 255.7 infant deaths per 1,000 live births for fathers earning under $521 a year.
  3. A student who works night shifts to help pay the rent falls asleep in class and misses a test.
  4. "People who live in Larkin's east wards just don't try hard enough."
  5. Hunter writes that learning is difficult because "hungry stomachs and languid bodies and thin blood are not able to feed the brain."
  6. Source 1 lists streets without sewers and houses without city water as conditions that endanger infants.
  7. A mother in a crowded house must carry water from a yard well every day.
  8. "The rate for that group is high, so this family's baby will die."
  9. A teenager does not join a free summer program because it meets during her work shifts.
  10. In an invented district, students from the lowest-income fifth of families are half as likely as other students to take a college-entrance exam.
  11. "Families in that group have more infant deaths, so they must not care about their babies."
  12. When an invented clinic closes, the average wait for an appointment in that ward doubles.

Answer Key

Group: 1, 2, 6, 10 and 12 (each compares groups or describes conditions a whole area shares). Individual: 3, 5, 7 and 9 (each traces what happens in one person's day or body). Misreading: 4, 8 and 11 (4 and 11 turn a group pattern into a judgment of character, and 8 turns a group rate into a prediction about one family). Five, four and three cards: 12 in all.

Discussion

Card 5 describes many children, but it explains what happens inside each child, so it belongs with the individual effects. Card 6 names a condition, not a rate: what data would turn it into evidence of a group effect? (A rate of infant deaths for streets with and without sewers.)

3

Interpretation Workshop

20 minGroups of 3, then gallery walk

Each group gets one invented mini-case with a group comparison and one individual story, and writes a four-part interpretation on chart paper: the group effect with a rate, the individual effect, a mechanism linking them, and a limitation. Groups then rotate and score another group's paper with the checklist.

The Three Invented Cases

Case A. In the invented town of Hollis, 31 of 120 surveyed households on the north side have no car, against 9 of 150 on the south side. Jordan, 17, takes two buses to a part-time job, 50 minutes each way.

Case B. In an invented district, 70 percent of Lakeview students and 95 percent of Hill students report a working computer at home. Priya, 15, does her homework at the public library until it closes at 6 p.m.

Case C. In an invented county, 35 percent of River Flats residents and 80 percent of Oak Hills residents live within a mile of a store that sells fresh produce. Mr. Daniels, a retired bus driver in River Flats, buys most of his food at a corner store.

Checklist and Sample Answer

Checklist: the group effect uses a rate or share, not a count; the individual effect comes from the story; the mechanism explains how; the limitation names something the evidence cannot show (how the sample was chosen, one story, other differences between the areas). Sample for Case A: 31 / 120 is about 25.8 percent of north-side households without a car, against 9 / 150, or 6 percent, on the south side. Jordan's story shows the individual effect: about 100 minutes of travel on each workday. Mechanism: without a car, distance becomes lost time. Limitation: one story, and we do not know how the households were surveyed.

Variation: Online Classes

Post the three cases in a shared document. Each student writes the four-part interpretation for one case, then replies to a classmate's interpretation of a different case with one strength and one missing limitation.

03

Diagrams & Visual Aids

2 diagrams

Diagram 1: Infant Deaths by Father's Earnings, Johnstown (1911 Births)

Infant mortality rate by father's annual earnings, Johnstown, babies born in 1911 Deaths before age one per 1,000 live births (Children's Bureau, 1915, Table 30) 0 100 200 300 255.7 Under $521 157.6 $521- $624 107.1 $625- $779 142.9 $780- $899 101.4 $900- $1,199 83.3 $1,200 or more 84.0 Ample All groups: 130.7 Father's annual earnings (light bar: "Ample," a group defined in Source 2, paragraph 2)
Drawn to scale for this page from Table 30 of the 1915 Children's Bureau report (all married mothers). The dashed line is the rate for all 1,431 babies. The $1,200-or-more bar rests on only 48 births and 4 deaths, so it is the least stable bar. The "Ample" group was partly defined by how a family's circumstances looked (Source 2, paragraph 2), so it is not a true earnings band. A relation shown in a chart like this one is not by itself proof of cause.

Diagram 2: Pathways From Inequality to Effects

How the sources say inequality reaches groups and individuals Unequal income low wages, irregular work (Sources 2 and 3) Shared conditions no sewers, wells, crowding (Source 1, paragraph 4) Family pressures parents must work, too little food (Source 3) Effect on a group higher infant death rate (Source 2, Table 30) Effect on a child hunger, slower growth, harder learning (Source 3) crowding and sickness at home A group rate is not a forecast for one person: people in the same group can fare differently (Source 4)
Drawn for this page from Sources 1-4. The arrows show the paths the sources describe: unequal income works through conditions a neighborhood shares and through pressures inside a family, producing effects that can be counted for groups and seen in individual lives. The middle arrow is this page's summary of how the two paths connect, not a finding of any one source.

04

Homework Assignment

~30 min

Homework: Reading the Effects of Inequality

Directions: Sources 1 and 2 and the Johnstown table are printed in Direct Instruction, Source 3 in Guided Practice, and Source 4 with its invented survey table in Independent Practice. Quote sources with their paragraph numbers and show every calculation. Problem 5 is planned on paper only: do not survey or interview anyone, and do not use information about your own or a classmate's family.

Part 1: The Johnstown Study (Problems 1-3)

  1. Source 1, paragraph 1 says infant mortality "is now regarded as a preventable waste." Explain in 2-3 sentences how calling the deaths preventable changes the way a reader should interpret the differences between earnings groups in the table. Quote one more phrase from Source 1 to support your answer.
  2. In the table, the $521 to $624 group had 165 births and 26 deaths. Suppose this group had instead had the death rate of the $900 to $1,199 group (14 deaths per 138 births). How many deaths would that rate give for 165 births, to one decimal place, and about how many fewer deaths is that than the 26 recorded? Then name one assumption this calculation makes.
  3. Source 3, paragraph 2 says European cities fed the poorest children at school "because they have discovered that underfed children cannot be taught the simplest sums or the most elementary spelling." Describe the individual-level effect Hunter claims, name the evidence he points to, and explain in 2 sentences how strong that evidence is for children in American cities.

Part 2: Interpreting New Evidence (Problems 4-6)

  1. Invented data (Source 4 table): compute the percent of households with a regular doctor or clinic in Eastside and in Ridge, and the gap between them in percentage points. Write one sentence interpreting the gap as an effect on a group, one sentence describing a possible effect on an individual, and one sentence naming a limitation of this survey.
  2. Source 2, paragraph 4 says foreign-born families at a given wage "almost always live in a poorer neighborhood" than U.S.-born families earning the same amount. On paper only, plan how a researcher using records could find out whether neighborhood conditions affect infant deaths separately from earnings: name the groups to compare, two kinds of records to use, and one weakness of the plan.
  3. Write a paragraph of 150-200 words interpreting the effects of inequality on groups and on individuals. Use at least two of Sources 1-4, include one rate or percent, keep group statements and individual statements clearly separate, and end with one limitation of your evidence.

Rubric

CriterionFull Credit (2 pts)Partial Credit (1 pt)No Credit (0 pts)
Group effectsCompares groups with correct rates or percents and names the baseRates attempted with one error, or counts compared without ratesNo group comparison
Individual effectsDescribes an effect in one life with evidence from a source, kept separate from group claimsIndividual effect named without evidence, or mixed with a group claimMissing, or a group rate treated as a fact about a person
Evidence and limitsQuotes carry paragraph numbers; each answer names a fitting limitation (one town, small row, estimate, unknown sample)Evidence present but a limitation is missing or vagueNo evidence
ReasoningProblem 2 is computed correctly with its assumption; Problem 5 is a workable plan on paperOne calculation or plan step incompleteCalculation or plan missing

05

Quiz: 20 Questions

Interactive, with answers

Instructions

Sources 1 and 2 and the Johnstown table are printed in Direct Instruction, Source 3 in Guided Practice, and Source 4 with its invented survey table in Independent Practice. Source 1 is used in Questions 1-4, 17 and 19; Source 2 and the table in Questions 5-8, 15-17 and 19; Source 3 in Questions 9-11, 16 and 19; and Source 4 in Questions 12-14 and 18. Question 20 uses a new invented situation. Questions 1-14 are multiple choice; 15-20 are short answer.

Multiple choice: pick an option to check it. Short answer: write your answer, then reveal the model answer.

0 of 20 answered · 0 correct

  1. Question 1 of 20 · Multiple Choice

    According to Source 1, paragraph 1, why does the bureau study "certain communities typical of the whole" instead of the whole country?

  2. Question 2 of 20 · Multiple Choice

    Source 1, paragraph 2 says the study began in January 1913 but chose babies born in 1911. Why?

  3. Question 3 of 20 · Multiple Choice

    Source 1, paragraph 3 reports that "out of 1,553 mothers visited, only two refused information." Why does this matter for interpreting the effects the study finds?

  4. Question 4 of 20 · Multiple Choice

    Source 1, paragraph 1 quotes Sir Arthur Newsholme: "Infant mortality is the most sensitive index we possess of social welfare." What does the quotation suggest about why the bureau counted infant deaths?

  5. Question 5 of 20 · Multiple Choice

    In the table, the rate for fathers earning under $521 is 255.7, and Source 2, paragraph 1 gives 84 for fathers earning $1,200 or more or "ample." About how many times higher is the lowest group's rate?

  6. Question 6 of 20 · Multiple Choice

    The table's $1,200 or more row rests on 48 births and 4 deaths, a rate of 83.3. By about how much would that rate change if one more of those babies had died?

  7. Question 7 of 20 · Multiple Choice

    According to Source 2, paragraph 2, why should a reader be careful with the "ample" group?

  8. Question 8 of 20 · Multiple Choice

    Source 2, paragraph 3 says foreign-born families "are less numerous both actually and relatively in the higher wage groups." What does the word "relatively" add?

  9. Question 9 of 20 · Multiple Choice

    According to Source 3, paragraph 1, when is a family's poverty "likely to be most serious" for its children?

  10. Question 10 of 20 · Multiple Choice

    Hunter claims in Source 3, paragraph 1 that "The poorest children are several inches smaller, considerably lighter" than children of well-to-do parents. Which evidence would best test this claim?

  11. Question 11 of 20 · Multiple Choice

    In Source 3, paragraph 2, Hunter calls a compulsory school law without other help "utter folly." What is his reason?

  12. Question 12 of 20 · Multiple Choice

    Invented data (Source 4 table): what percent of the surveyed teenagers in each neighborhood work 15 or more hours a week during the school year?

  13. Question 13 of 20 · Multiple Choice

    In Source 4, paragraph 4, a reader says the numbers "prove that Eastside teenagers just don't care about school." What is the main error in this interpretation?

  14. Question 14 of 20 · Multiple Choice

    In Source 4, paragraph 3, Owen joins the summer program because a neighbor drives him. What does his story suggest about how inequality's effects reach individuals?

  15. Question 15 of 20 · Short Answer

    Use the table: if the under-$521 group (219 births) had had the "ample" group's rate (40 deaths per 476 births), about how many of its babies would have died? How many more deaths were recorded than that? Explain what the difference suggests and one reason it may not all be caused by low wages.

  16. Question 16 of 20 · Short Answer

    Using Source 2 and Source 3, describe one effect of inequality on a group and one on an individual. Explain why each needs a different kind of evidence.

  17. Question 17 of 20 · Short Answer

    Source 2, paragraph 1 says the figures show "clearly the relation between low wages and ill health and infant deaths." Using Source 2, paragraph 2 and Source 1, paragraph 4, give two reasons the figures show a relation but do not by themselves prove that low wages alone caused the deaths.

  18. Question 18 of 20 · Short Answer

    Invented data: use the Source 4 table to compute the share of teenagers in a summer academic program in each neighborhood. Interpret the gap as a group effect, use Marisol's story (paragraph 2) for an individual effect, and name one weakness of this evidence.

  19. Question 19 of 20 · Short Answer

    Compare Hunter (Source 3) and the Children's Bureau (Sources 1 and 2) as evidence about the effects of inequality. What kind of evidence does each use, and which is stronger for which kind of claim?

  20. Question 20 of 20 · Short Answer

    Invented situation: in an invented school district, students from the lowest-income fifth of families miss an average of 14 school days a year, against 7 days for other students. Write an interpretation that states the group effect, suggests one possible individual-level mechanism, and names one other explanation a researcher would need to rule out.

0 of 20 answered · 0 correct

06

Frequently Asked Questions

10 Questions

What does D2.Soc.16.9-12 mean?

D2.Soc.16.9-12 asks high school students to interpret the effects of inequality on groups and individuals. It sits in the Stratification and Inequality group of the C3 Framework's sociology companion (Appendix C): students read evidence such as rates, records and life stories and explain what unequal resources do to groups and to people.

How is D2.Soc.16.9-12 different from D2.Soc.15.9-12?

D2.Soc.15.9-12 asks students to identify common patterns of inequality; D2.Soc.16.9-12 asks what those patterns do. A pattern is a difference in income or resources between groups; an effect is what follows from it, such as a higher death rate, a longer commute or lost study time.

What is the difference between an effect on a group and an effect on an individual?

A group effect is a difference in rates between groups; an individual effect is what happens in one person's life. A group effect is measured with rates such as deaths per 1,000 births. An individual effect is seen in a life story or a case record, such as a teenager who skips a program because of work shifts. Both are needed, and neither can stand in for the other.

What is the ecological fallacy?

It is the error of reading a group's rate as a fact about each member of the group. If a group's rate is 200 deaths per 1,000 births, most babies in that group still survive; the rate shows a higher risk for the group, not the fate of any one family or the character of any one person.

Why does a sociology lesson use a 1915 government study?

Because it is a clear, public-domain example of measuring an effect of inequality. The Children's Bureau followed every baby born in Johnstown, Pennsylvania, in 1911 through the first year of life and compared groups by the father's earnings. Its table can be rechecked by hand, which lets students test a report against its own numbers.

Why compare rates instead of counts?

Because groups differ in size. In the Johnstown table the "ample" group had 40 deaths and the under-$521 group had 56, which looks close, but the first came from 476 births and the second from 219. Dividing by the size of each group shows how different the risks were.

Does a link between low income and a bad outcome prove that low income caused it?

No, not by itself. A relation can have several causes working together. The Johnstown report notes that some families were grouped by how they looked and that neighborhood differed along with earnings. Students should name the relation, suggest mechanisms and state what else could explain it.

How can a teacher keep discussions of inequality respectful?

Keep the discussion at group level and use the supplied sources and invented cases. Do not ask students about their own family's income, jobs or health, and challenge any statement that turns a group pattern into a judgment of a group's character. This page's card sort includes three such misreadings for students to identify.

Why does the page keep words like "native" and "foreign" from the 1915 report?

Because quotations are kept exactly as published. In 1915 "native" meant mothers born in the United States and "foreign" meant mothers born abroad. The page explains these terms where the source appears, and the teacher notes flag other dated language in the sources.

How is D2.Soc.16.9-12 assessed, and what comes next?

Students show it by interpreting evidence: computing and comparing rates, separating group effects from individual effects, explaining a mechanism and stating a limitation. The next sociology indicators ask why the distribution of power and inequalities can lead to conflict (D2.Soc.17.9-12) and how to propose and evaluate responses to inequality (D2.Soc.18.9-12).