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WHST.6-8.7Common CoreELAWriting in History, Science and Technical SubjectsGrades 6-8

WHST.6-8.7: Short Research Projects in History and Science That Open New Questions

In plain English: WHST.6-8.7 is the Common Core literacy standard for grades 6-8 that asks students to conduct short research projects in history, science and technical subjects. Students answer a question, including one they write themselves, by drawing on several sources, and they finish by writing new related, focused questions that open more than one path for further research.

Conduct short research projects to answer a question (including a self-generated question), drawing on several sources and generating additional related, focused questions that allow for multiple avenues of exploration.

Common Core State Standards for English Language Arts & Literacy · Domain: Writing Standards for Literacy in History/Social Studies, Science, and Technical Subjects 6-12 · Cluster: Research to Build and Present Knowledge · Official standard

01

Lesson Plan

70-75 min

Overview

Students follow two middle school researchers through a short research project, from the question to the answer to the new questions it raises. In history, Nia (invented) spots something puzzling in a textbook photo of the Statue of Liberty and turns it into her own question: why did France give the United States the statue? Students read her research log, the three sources she uses and her answer, and see how a third source about the broken chains at the statue's feet changes what she writes. In science, Owen (invented) wonders why his lunch apple slices turn brown; students use his two sources and the results of his test at home to write his answer and his next questions.

WHST.6-8.7 asks students to "conduct short research projects to answer a question (including a self-generated question), drawing on several sources and generating additional related, focused questions that allow for multiple avenues of exploration." The lesson teaches each part in order: telling a research question from a topic, an opinion or a quick fact; giving each source a job; and writing follow-up questions that are related, focused and point in different directions.

Learning Objectives

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

  • Turn something they notice into a self-generated research question, and tell a research question from a topic, an opinion and a quick fact
  • Answer a history or science question in a short project by drawing on several sources, naming the source of each fact
  • Explain what each source adds to an answer, and where sources agree or leave gaps
  • Write additional related, focused questions that open multiple avenues of exploration

Prior Knowledge Required

Students should already be comfortable with:

  • Conducting short research projects that use several sources W.5.7
  • Taking brief notes from print and digital sources and listing them W.5.8
  • Citing evidence from history sources RH.6-8.1
  • Citing evidence from science and technical texts RST.6-8.1

Lesson Procedure

70-75 minutes of class time across 5 phases.

  1. Warm-Up10 minutes

    Warm-Up Prompt

    "Write down one thing you noticed this week, in history class, in a lab, at home or outside, that made you wonder why or how. Then write the question it makes you want to ask."

    Give students three minutes, then collect several questions on the board. With the class, sort them into four groups: topics ("volcanoes"), opinions ("Is history boring?"), quick facts ("How deep is the Grand Canyon?") and research questions that would take some digging ("Why do some volcanoes explode while others ooze?"). Tell students that the questions they just wrote are self-generated, meaning they came up with them on their own, and that WHST.6-8.7 asks them to answer questions like these in short research projects.

  2. Direct Instruction20 minutes

    Show Diagram 1. A short research project answers one clear question in a few days, not a whole unit's worth of topics. A source is anything that gives information: a book, an article, a website, an interview, a data table or a careful test the student ran and describes. The standard asks for several sources, because one source can be incomplete or wrong, and different sources answer different parts of a question. At the end, students write additional related, focused questions: related means the question grows out of what the research found; focused means it asks one thing that a short project could answer. Good new questions open multiple avenues of exploration, directions for further research such as a different time, a different subject or a different kind of evidence. Work through the five examples below.

    • Topic, opinion, quick fact or research question?

      Four first tries for a project on the Statue of Liberty's torch: (a) The torch. (b) Is the torch beautiful? (c) How tall is the torch? (d) Why has the torch been closed to visitors since 1916?

      Result: (a) is a topic: it asks nothing. (b) is an opinion that no source can settle. (c) asks for a single measurement that any one reference gives in seconds. (d) is a research question: it asks why, it can be answered in a few days, and the answer (an explosion at a nearby munitions depot, the Black Tom explosion of July 1916, damaged the statue) needs more than one source to explain and confirm.

    • A self-generated question starts with something you notice

      A student notices that a banana kept in the refrigerator turns brown on the outside sooner than one on the counter, although cold is supposed to keep food fresh.

      Result: Notice, then wonder, then write: "Why does a banana peel turn brown faster in the refrigerator when cold usually slows food from spoiling?" The question is the student's own, it names one thing to explain, and it points to what to search for. It is a better start than "bananas," which is a topic, or "Are bananas healthy?", which moves away from what the student noticed.

    • Several sources, each with a job

      For the torch question (d), a student finds three sources: an encyclopedia entry, a newspaper report from July 1916 and a museum page about the statue today.

      Result: The encyclopedia gives the overview and the date; the 1916 newspaper report is a primary source that shows what people knew at the time; the museum page explains what happened to the torch later (the original was replaced in 1986 and is now shown in a museum on the island). Where the three agree, the student can state the fact with confidence; where only one source says something, the answer says which source it came from.

    • Related, focused follow-up questions

      After learning that cold slows the browning of cut fruit, a student writes three follow-up questions: What is cold? Tell me about fruit. How long do apple slices in a lunch bag stay white at refrigerator temperature compared with room temperature?

      Result: "What is cold?" is not related to the research; "Tell me about fruit" is related but not focused. The third question is both: it grows out of what the student learned, it names one comparison, and a short test or two sources could answer it.

    • Multiple avenues of exploration

      The torch answer leads a student to new questions: Why did German agents attack the Black Tom depot? How did workers build a new torch in the 1980s? Why is the statue's crown still open to visitors when the torch is not?

      Result: Each question opens a different avenue: the first leads to the history of World War I before the United States joined it, the second to engineering and restoration, and the third to visitor safety today. A research project allows "multiple avenues of exploration" when its new questions point in several directions like these, not only deeper into the same fact.

    Now introduce the history case. Nia, an eighth grader (invented), has three class days for a short research project in Mr. Lindgren's history class. Students read her assignment and first log entry (Text 1) and her first two sources (Texts 2 and 3). As they read, they underline the moment Nia's question becomes her own and mark in the margin which part of her question each source answers: W for why France gave the statue, H for how it got paid for, or N for neither.

    Assignment from Mr. Lindgren, grade 8 history: Short research project, three class days. Choose a monument, building or invention from 1865-1900 and write your own question about it. Use at least three sources. On Day 3, hand in a one-paragraph answer with your sources listed, plus at least three new questions your research raised.

    Day 1. My first try at a question: "Everything about the Statue of Liberty." Mr. Lindgren said that is a topic, not a question. Second try: "Is the Statue of Liberty cool?" He said sources can't answer that; it is my opinion.

    Third try: "Why did France give the United States the Statue of Liberty?" I got this question from a photo in our textbook. The statue holds a tablet with a date in Roman numerals, JULY IV MDCCLXXVI, and I looked it up: it is the date of the Declaration of Independence. Why would a gift from France carry an American date?

    What I already know: the statue stands in New York Harbor, and it was a gift from France.

    Where I will look: an encyclopedia for students, the history magazines in the school library, and a museum guide or website.

    Search words: Statue of Liberty gift France why.

    Written for this page (an invented student log), Nia's Research Log, Day 1 (Text 1: written for this page; Nia, her school and Mr. Lindgren are invented). Original passage written for this page.

    The Statue of Liberty stands on Liberty Island in New York Harbor. Its full name is Liberty Enlightening the World. The idea for the statue is usually credited to Édouard de Laboulaye, a French law professor and politician who admired the United States. Around 1865, he suggested that the people of France give the United States a monument to celebrate the friendship between the two nations, a friendship that went back to France's help in the American Revolution. He also hoped a monument to liberty would send a message at home, where France was then ruled by an emperor.

    The sculptor Frédéric Auguste Bartholdi designed the statue. Gustave Eiffel, the engineer who later built the Eiffel Tower, designed the iron framework inside it that holds up its thin copper skin. The tablet in the statue's left hand is inscribed JULY IV MDCCLXXVI, the date of the Declaration of Independence. Planners hoped to finish the statue in time for the 100th anniversary of the Declaration in 1876, but the work took much longer. The statue was dedicated on October 28, 1886, and President Grover Cleveland accepted it for the United States.

    Written for this page (an invented source), "A Gift Across the Ocean" (Text 2, Source A: an entry from an invented encyclopedia for young readers; the facts are real). Original passage written for this page.

    The Statue of Liberty was a shared project. The plan was that the people of France would pay for the statue, and the people of the United States would pay for the pedestal, the tall stone base that it stands on. In France, the money came from public events, a lottery and gifts from thousands of citizens.

    In the United States, raising money for the pedestal went slowly. Many people outside New York saw the statue as a New York monument and did not want to pay for it. By 1885, work on the pedestal had stopped for lack of money.

    Then the newspaper publisher Joseph Pulitzer stepped in. His paper, the New York World, promised to print the name of every person who gave, no matter how small the gift. In about five months, the World raised more than $100,000 from more than 120,000 people. Most of them gave less than a dollar.

    Meanwhile, the statue had been taken apart in France and shipped across the Atlantic Ocean. It arrived in New York in June 1885 in 350 pieces, packed in 214 crates. When the pedestal was finished in 1886, workers put the statue together on top of it.

    Written for this page (an invented source), "Who Paid for Liberty?" (Text 3, Source B: an article from an invented history magazine for students; the facts are real). Original passage written for this page.
  3. Guided Practice15 minutes

    Pairs read Nia's second log entry (Text 4), her third source (Text 5) and her finished answer (Text 6). Then they complete three tasks on one sheet:

    • Trace the sources. For each sentence of Nia's answer, write the letter of the source it draws on and underline the words in that source that support it.
    • Judge the brainstorm. For each of the six questions in Text 4, write R (related to her research), F (focused enough for a short project), both or neither, with a one-line reason.
    • Compare the lists. Match each new question in Text 6 with the brainstormed question it grew from, and write what Nia changed to make it focused.

    Discuss as a class: Why did Nia need a third source on Day 2? What would her answer be missing without it?

    Day 2. Notes from Source A: the idea is usually credited to Laboulaye, around 1865. The gift was meant to celebrate the friendship of France and the United States, which goes back to the American Revolution. The date on the tablet is the Declaration of Independence.

    Notes from Source B: France paid for the statue, and Americans paid for the pedestal. Pulitzer's newspaper raised the pedestal money in 1885.

    Comparing: Source A tells why France offered the gift. Source B tells who paid, but not why. Both say the statue was finished in 1886.

    Ms. Okonkwo, our librarian, pointed out that Source A says the idea "is usually credited" to Laboulaye. She said that careful wording means historians are not completely sure who had the idea first, so I should keep it in my answer instead of writing that Laboulaye invented the statue.

    My brainstorm of new questions:
    1. What do the broken chains at the statue's feet mean? I saw them in a photo, and neither source mentions them.
    2. Why didn't people outside New York want to help pay?
    3. Why is the statue green if its skin is copper?
    4. How tall is it?
    5. Is the Statue of Liberty the best statue ever?
    6. What did people arriving by ship think when they first saw it?

    Mr. Lindgren's questions for me: Which of these could you look up in ten seconds? Which would need several sources? Which one connects back to your "why" question closely enough to change your answer?

    I crossed out 4, because it is a quick fact, one number from one source, and 5, because it is an opinion that sources can't settle. Number 1 connects back to "why," so today I will find a third source about the chains. The others go on my list for later.

    Written for this page (an invented student log), Nia's Research Log, Day 2 (Text 4: written for this page; Ms. Okonkwo is invented). Original passage written for this page.

    Many visitors never notice them, because they are hard to see from the ground. At the statue's feet lie a broken shackle and chain, and her right heel is raised, as if she is stepping forward, away from them.

    An early model of the statue, made by Bartholdi around 1870, showed the figure holding broken chains in her left hand. In the final design, the chains moved to the feet, and the left hand held the tablet with the date of the Declaration of Independence instead.

    Édouard de Laboulaye, the man usually credited with the idea for the statue, was president of the French Anti-Slavery Society. For him, the end of slavery in the United States after the Civil War was part of the story of American liberty. Historians describe the broken chains as a symbol of freedom from oppression, and they point to the end of slavery as one of the ideas behind them.

    Over time, as millions of immigrants passed the statue on their way into New York Harbor, many Americans came to see it mainly as a symbol of welcome. A poem by Emma Lazarus, "The New Colossus," written in 1883, was placed on a plaque inside the pedestal in 1903.

    Written for this page (an invented source), "The Broken Chains" (Text 5, Source C: a page from an invented museum guide; the facts are real). Original passage written for this page.

    Why did France give the United States the Statue of Liberty?

    The Statue of Liberty was a gift meant to celebrate liberty and the long friendship between France and the United States. The idea is usually credited to Édouard de Laboulaye, a Frenchman who admired the United States and wanted to honor the two nations' alliance in the American Revolution (Source A). That is why the tablet in the statue's hand carries the date of the Declaration of Independence, JULY IV MDCCLXXVI (Source A). Laboulaye was also president of the French Anti-Slavery Society, and the broken chains at the statue's feet tie the gift to the end of slavery in the United States after the Civil War (Source C). The gift came with a cost for Americans, though: they had to pay for the pedestal, and the statue waited in its crates until more than 120,000 people answered a newspaper's call for money and the pedestal was finished (Source B).

    Sources: A. "A Gift Across the Ocean," an encyclopedia for students. B. "Who Paid for Liberty?," a history magazine for students. C. "The Broken Chains," a museum guide.

    New questions for further research:
    1. Why did many people outside New York refuse to help pay for the pedestal?
    2. How did the statue's copper skin turn from a reddish brown to green, and does the green layer harm it?
    3. When and why did Americans begin to see the statue as a symbol of welcome to immigrants?

    Written for this page (an invented student answer), Why Did France Give the United States the Statue of Liberty? (Text 6: Nia's answer and new questions, written for this page; the facts are real). Original passage written for this page.
  4. Independent Practice20 minutes

    Students turn to science. Owen, a sixth grader (invented), wrote his own question in Ms. Tran's science class after his lunch apple slices kept turning brown. Students read his log (Text 7), his two written sources (Texts 8 and 9) and the results of his test at home (Table 1). Then each student writes Owen's answer:

    • a paragraph of 100-150 words that answers both parts of his question, why the slices brown and what slows it, drawing on Source D, Source E and Table 1, with each source named in parentheses;
    • one sentence that states a limit of Owen's test;
    • three new related, focused questions, at least two of which open different avenues of exploration, each labeled with its avenue.

    Partners trade and check: Does every fact in the paragraph come from a named source? Is each new question related, focused and different in direction from the others?

    Day 1. My question: Why do apple slices turn brown, and what can slow it down? Where it came from: I pack apple slices for lunch, and by lunchtime they are brown, but a whole apple is still white inside when I cut it open at home.

    Search words: "apple brown" gave me mostly recipes, so I tried "why do cut apples turn brown science." Ms. Tran said to use at least three sources, and that a careful test of my own can count as one of them if I describe exactly how I did it.

    Sources so far: Source D, a science website for students (why it happens), and Source E, a cooking magazine for families (how to slow it).

    Day 2, my test, at home with my dad, who did the cutting: four slices from one apple, on four plates on the kitchen counter. Slice 1, plain. Slice 2, dipped in plain water for five minutes. Slice 3, soaked for five minutes in salt water (half a teaspoon of salt in a cup of cold water), then rinsed. Slice 4, brushed with lemon juice. I scored the browning from 0 (none) to 3 (dark brown). My scores are in Table 1.

    New questions I wrote after the test:
    1. Is it the acid or the vitamin C in lemon juice that slows browning?
    2. Why are apples red?
    3. Do some apple varieties brown more slowly than others, and why?
    4. Does browning happen faster in a warm room than in a cool one?
    5. How did scientists develop apples that brown very slowly?
    6. What is an enzyme?

    Written for this page (an invented student log), Owen's Research Log, Days 1-2 (Text 7: written for this page; Owen, his dad and Ms. Tran are invented, and his test results are invented). Original passage written for this page.
    Table 1: Owen's test, browning score of four slices from one apple (0 = none, 3 = dark brown; invented data)
    Slice0 minutes30 minutes60 minutes
    1. Plain023
    2. Dipped in plain water012
    3. Soaked in salt water, rinsed001
    4. Brushed with lemon juice000

    An apple turns brown after it is cut, but not while its skin is whole. The reason is a chemical reaction. Inside apple cells, an enzyme called polyphenol oxidase is kept apart from natural chemicals called phenolic compounds. An enzyme is a protein that speeds up a chemical reaction. When a knife or a bite breaks the cells open, the enzyme and the phenolic compounds mix, and oxygen from the air joins the reaction. The products link together into brown pigments.

    The same reaction browns cut bananas, pears, potatoes and avocados. Browning changes the color and sometimes the taste of the fruit, but a browned apple slice is not spoiled, and it is safe to eat. Not all apples brown at the same speed. Some varieties have less of the enzyme or fewer phenolic compounds, so they stay white longer. Scientists have also developed apples that brown very slowly.

    Written for this page (an invented source), "Why Cut Apples Turn Brown" (Text 8, Source D: a page from an invented science website for students; the facts are real). Original passage written for this page.

    Packing apple slices for lunch? Here are three ways to keep them from browning, and why each one works.

    Lemon juice. Brush or toss the slices with lemon juice. Lemon juice is acidic, and the browning enzyme works poorly in acid. Lemon juice also contains vitamin C, which undoes the first step of the browning reaction until the vitamin C is used up.

    Salt water. Soak the slices for about five minutes in a cup of cold water mixed with half a teaspoon of salt, then rinse them so they don't taste salty. Salt slows the enzyme.

    Cold and covered. Keep the slices cold and wrapped tightly. Cold slows the reaction, and a tight wrap keeps out some of the oxygen.

    Plain water helps a little too. Slices kept under water get less oxygen, but they start to brown once they come out.

    Written for this page (an invented source), "Keeping Apple Slices Fresh" (Text 9, Source E: tips from an invented cooking magazine for families; the facts are real). Original passage written for this page.
  5. Closure5-10 minutes

    Exit ticket: (1) Write one question from today that is a quick fact and one that is a research question, and explain the difference. (2) Name one thing Nia's answer would lose without Source C. (3) Write one new question from Owen's research that opens an avenue nobody in class has mentioned yet.

    Read the homework directions together. Part 1 uses Nia's Texts 4 and 6; Part 2 is each student's own short project.

    Teacher notes: Nia, Owen, their families, their teachers, their school and Owen's test results are invented; Sources A-E are written for this page, and the facts in them are real. Sources D and E are described as a website and a magazine so that students practice naming kinds of sources; they are not real publications. If you run Owen's test in class, an adult cuts the apple, students keep lemon juice away from cuts and eyes, and nobody eats the test slices. For the homework, check that each student's own question is one that sources available to them can answer safely.

Differentiation Strategies

For Struggling Students

  • Give a question-check card with four boxes (topic, opinion, quick fact, research question) and one example of each to use during Guided Practice and the homework
  • Provide a sentence frame for Owen's answer: "Apple slices turn brown because ... (Source D). To slow browning, ... (Source E). In Owen's test, ... (Table 1)."
  • Let students trace only the first two sentences of Nia's answer to their sources before doing the rest with a partner

For Advanced Students

  • Plan Owen's next test to answer his question 1 (acid or vitamin C), naming what changes, what stays the same and what he will measure
  • Find a fourth source for Nia's question and write one sentence it would add to her answer, with the source named
  • Write a note to Nia explaining which of her three new questions would need a primary source, and why

Assessment Guidance

What to Look For

Look for questions that ask why or how about one clear thing, that students can explain as their own, and that a few days of work can answer. In Owen's answer, every fact should be tied to a named source, the paragraph should answer both parts of his question, and the test results should be reported accurately from Table 1. Students should be able to say what each source added. New questions should grow out of the findings (related), ask one thing (focused) and point in more than one direction (multiple avenues); a list of questions that only asks for more facts of the same kind shows a student who needs more practice with avenues.

02

Classroom Activities

3 Activities

1

Question Sort

15 minPairs

Pairs sort ten question cards about the two research questions in this lesson, Nia's and Owen's, into five groups, then improve the weak ones.

Question Cards

  • 1. Apples
  • 2. How many seeds are in this apple?
  • 3. Why do potatoes darken after they are peeled and left out?
  • 4. Are apples better than oranges?
  • 5. What was life like in the 1800s?
  • 6. Why did Bartholdi choose copper for the statue's skin?
  • 7. On what date was the statue dedicated?
  • 8. Is the Statue of Liberty the most beautiful statue?
  • 9. How do lemon trees grow?
  • 10. How did workers lift the heavy stones of the pedestal into place?

Procedure

  • Pairs sort the cards into five groups: research question (related and focused), topic or too broad, quick fact, opinion, and not related to either main question
  • Teacher key: research questions, cards 3, 6 and 10; topic or too broad, cards 1 and 5; quick facts, cards 2 and 7; opinions, cards 4 and 8; not related, card 9
  • Pairs rewrite two cards from the weak groups as research questions related to Nia's or Owen's research
  • Pairs trade rewrites with another pair, who check that each one asks why or how about one clear thing

Discussion Questions

  • Cards 2 and 7 are both quick facts. What could you add to either one to make it a research question?
  • Card 3 is about potatoes, not apples. Why does it still count as related to Owen's research?
  • How is card 5 different from card 10, even though both are about the past?
2

Question Web

15 minGroups of 3

Groups start from Owen's answer (or from a research question a group member has already answered) and build a web of new questions like Diagram 2, then choose the avenue they would explore next.

Procedure

  • Write the answered question in the center of the chart paper
  • Each student writes three new questions on sticky notes, one per note, in silence for three minutes
  • The group places the notes around the center, grouping questions that point in the same direction, and names each group as an avenue (for example, chemistry, history, technology or everyday life)
  • The group removes any question that is not related or not focused, or rewrites it
  • The group stars one question to research next and writes the two kinds of sources it would need

Discussion Questions

  • Which avenue has the most questions? Which has only one? Why might that be?
  • Which question on your web would need a test or an interview rather than a book or website?
  • Did any question fit two avenues at once? Where did you put it?

Modification for Distance Learning

Each group uses a shared online whiteboard or document. Students post their questions as separate notes, drag them into groups, and label each group; the teacher reviews the webs on screen and asks each group to defend its starred question.

3

Three-Source Sprint

20 minPairs

Pairs practice drawing on several sources. They choose one of the research questions from the Question Sort (card 3, 6 or 10) and, in 15 minutes, find three sources of different kinds that help answer it.

Procedure

  • Pairs write two or three search terms for their question before they start
  • For each source, they record its title, who published it and one fact it gives toward the answer
  • They mark each fact A (agrees with another source), N (new, from this source only) or D (disagrees with another source)
  • In the last five minutes, they write a two-sentence answer, naming a source for each fact, and one new question the sources raised

Discussion Questions

  • Which kind of source was most useful for your question, and which was least useful?
  • Did two sources disagree? How did you decide what to write?
  • Did your new question point in the same direction as your first question or a new one?

Modification for Classrooms Without Devices

Pairs use the classroom library, the textbook and one printed article the teacher provides for each card, and they record the same three pieces of information for each source.

03

Diagrams & Visual Aids

2 diagrams

Diagram 1: The Short Research Cycle

A short project: one clear question, a few days of work 1. Ask your own question 2. Find several sources 3. Take notes and compare them 4. Answer the question 5. Write new related, focused questions The dashed arrow: one new question can start the next short project.
A short research project moves from a question to several sources, notes that compare them, an answer, and new related, focused questions. Any one of the new questions can begin the next short project.

Diagram 2: Nia's Question Web

Why did France give the U.S. the Statue of Liberty? Nia's question Money and politics Why did many outside New York refuse to pay for the pedestal? Science How did the copper turn green, and does the green layer harm it? Symbols (in her answer) What do the broken chains at the statue's feet mean? Changing meaning When and why did it become a symbol of welcome?
Nia's question in the center, with the four avenues her research opened. The chains question became part of her answer after she found a third source; the other three are her questions for further research (Text 6).

04

Homework Assignment

~30 min

WHST.6-8.7 Homework: Planning the Next Question and Your Own Short Project

Directions: Part 1 uses Nia's log and answer (Texts 4 and 6) in Guided Practice. Part 2 is your own short research project on a question you write yourself about something from your current history or science class. For Part 2, use sources you can reach safely: your textbook, the school or public library, or websites your teacher approves.

Part 1: Planning Nia's Next Project (Problems 1-3)

  1. Nia's new question 3 in Text 6 asks when and why Americans began to see the statue as a symbol of welcome to immigrants. Rewrite it as one focused question she could answer in two class periods, and explain in one sentence what makes your version more focused.
  2. For your version of question 3, list three different kinds of sources Nia could use and the search terms she should try. For each source, say what it could add that the others might not.
  3. Nia's new question 2 in Text 6 asks how the copper skin turned green and whether the green layer harms it. Write two follow-up questions that could grow from it: one that stays in the science avenue and one that opens a different avenue (for example, the statue's upkeep and repair or its cost). Label the avenue of each, and explain in one sentence why each one is focused.

Part 2: Your Own Short Project (Problems 4-6)

  1. Choose something from your current history or science class that made you wonder why or how. Write three possible questions about it, choose one, and explain in two sentences why it is a research question and not a topic, an opinion or a quick fact.
  2. Find three sources for your question, at least two of them different kinds. List each by title and publisher, and write one fact from each that helps answer your question.
  3. Write an answer of 100-150 words that draws on at least two of your sources, naming the source of each fact in parentheses. Then write three related, focused questions for further research, with at least two of them opening different avenues.

Rubric

CriterionFull Credit (2 pts)Partial Credit (1 pt)No Credit (0 pts)
Research QuestionsNia's question refocused and own question self-generated, both answerable in a short projectOne question works; the other is a topic, opinion or quick factNo workable question
Several SourcesThree sources of at least two kinds, each with a useful factTwo sources, or three of the same kind with thin factsOne source or none
Answer from SourcesAnswer in 100-150 words; every fact tied to a named sourceAnswer given, but some facts have no sourceNo answer, or facts with no sources
New Questions and AvenuesNew questions are related and focused and open at least two avenuesQuestions related but vague, or all in one directionNo new questions

05

Quiz: 20 Questions

Interactive, with answers

Instructions

The questions use Nia's log, sources and answer (Texts 1-6) in Direct Instruction and Guided Practice, and Owen's log, sources and test results (Texts 7-9 and Table 1) in Independent Practice. Your score updates as you answer, and Reset quiz clears everything so you or your students can try again.

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

    Why did Mr. Lindgren turn down Nia's first try, "Everything about the Statue of Liberty" (Text 1)?

  2. Question 2 of 20 · Multiple Choice

    What made Nia's third question her own, a self-generated question (Text 1)?

  3. Question 3 of 20 · Multiple Choice

    According to Source B (Text 3), the New York World raised more than $100,000 from more than 120,000 people. Using those two numbers, about how much did each person give on average?

  4. Question 4 of 20 · Multiple Choice

    Which part of Nia's question does Source A (Text 2) answer that Source B (Text 3) does not?

  5. Question 5 of 20 · Multiple Choice

    What does Source B (Text 3) add to Nia's answer?

  6. Question 6 of 20 · Multiple Choice

    Ms. Okonkwo tells Nia to keep the words "is usually credited" (Text 4). Why?

  7. Question 7 of 20 · Multiple Choice

    Nia crossed out "How tall is it?" from her brainstorm (Text 4). What was her reason?

  8. Question 8 of 20 · Multiple Choice

    Which question from Nia's brainstorm (Text 4) did she decide to research on Day 2, and why?

  9. Question 9 of 20 · Multiple Choice

    Which sentence of Nia's answer (Text 6) draws on Source C (Text 5)?

  10. Question 10 of 20 · Multiple Choice

    Where did Owen's research question come from (Text 7)?

  11. Question 11 of 20 · Multiple Choice

    According to Source D (Text 8), why does a whole, uncut apple stay white inside?

  12. Question 12 of 20 · Multiple Choice

    Which statement is supported by Owen's scores in Table 1?

  13. Question 13 of 20 · Multiple Choice

    Owen wants to cross out any of his new questions (Text 7) that is not related to his research on browning. Which one should go?

  14. Question 14 of 20 · Multiple Choice

    Ms. Tran says Owen's own test can count as a source "if I describe exactly how I did it" (Text 7). Why does the description matter?

  15. Question 15 of 20 · Short Answer

    Explain why "Why did France give the United States the Statue of Liberty?" counts as a self-generated research question, and why Nia's first two tries did not. Quote Text 1.

  16. Question 16 of 20 · Short Answer

    Nia's Day 2 notes compare Sources A and B (Text 4). Name one fact the two sources agree on and one way they fill different parts of her answer, and quote Text 2 or Text 3 for each.

  17. Question 17 of 20 · Short Answer

    Write two new related, focused questions from Nia's research that open two different avenues of exploration, not the avenues of her three questions in Text 6. Name each avenue and the fact in Texts 2, 3 or 5 that it grows from.

  18. Question 18 of 20 · Short Answer

    Sort Owen's six new questions (Text 7) into at least two avenues of exploration, name each avenue, and explain why question 6, "What is an enzyme?", does not need a research project.

  19. Question 19 of 20 · Short Answer

    Owen's question has two parts: why slices turn brown and what slows it down. Explain why he needed both Source D and Source E, and what Table 1 adds that neither written source gives.

  20. Question 20 of 20 · Short Answer

    Using the assignment in Text 1, explain two ways Nia's project fits the standard's description of a "short" research project that draws on "several sources."

0 of 20 answered · 0 correct

06

Frequently Asked Questions

10 Questions

What does WHST.6-8.7 mean?

WHST.6-8.7 means that students in grades 6-8 carry out short research projects in history, science and technical subjects to answer a question, often one they wrote themselves.

They draw on several sources rather than one, and they end the project by writing new related, focused questions that could send further research in more than one direction.

What is the difference between WHST.6-8.7 and W.8.7?

The wording is the same; the difference is where the standard is taught.

W.8.7 belongs to grade 8 English, while WHST.6-8.7 covers research in history, social studies, science and technical classes across grades 6-8. In those classes, the sources include things like primary documents, data tables and students' own careful tests, as in Owen's apple slices.

What counts as a "short" research project?

A short project answers one clear question in a few class periods or a few days, not over a whole unit.

It usually ends in a brief product, such as a paragraph, a short report or a poster, with sources listed. Longer, sustained projects appear in the high school standards.

What is a self-generated question?

It is a question students write themselves instead of receiving from the teacher.

Good self-generated questions often start from something a student noticed, such as a date on a statue or apple slices that keep turning brown. The teacher still helps shape them, so that they can be answered with the sources and time available.

How many sources is "several"?

The standard does not set a number; it asks for more than one or two.

Teachers often ask for at least three, and of more than one kind, so that students can check facts against each other and answer different parts of their question. In this lesson, both students use three sources.

What makes a follow-up question "related" and "focused"?

A related question grows out of what the research found; a focused question asks one thing that a short project could answer.

"Tell me about fruit" is related to a project on apple browning but not focused. "Why are apples red?" is focused but not related to browning. The standard asks for questions that are both.

What does "multiple avenues of exploration" mean in WHST.6-8.7?

It means that the new questions point in different directions, not only deeper into the same fact.

A history project might open avenues in money and politics, in science and in how people's views changed over time. Students show this skill when their new questions would each lead to a different kind of source or a different subject.

How is WHST.6-8.7 different from WHST.9-10.7?

WHST.9-10.7 adds longer projects, problem solving and synthesis.

In grades 9-10, students conduct short and more sustained projects to answer a question or solve a problem, narrow or broaden the inquiry when appropriate, and synthesize multiple sources. In grades 6-8, the focus is on short projects, several sources and new questions that open more avenues.

How is WHST.6-8.7 assessed?

It is usually assessed through the project itself: the question, the sources, the answer and the new questions.

Teachers can check whether the question is researchable, whether each fact is tied to a named source, and whether the new questions are related, focused and varied. Quiz items like the ones on this page can also ask students to judge questions and to say what each source adds.

How can parents help with WHST.6-8.7 at home?

Encourage the questions your child asks, and help turn one of them into something to research.

Ask "Where could we find out?" and "Would another source say the same thing?" A trip to the library or a simple, safe kitchen test, like Owen's apple slices, can become a short research project.