Unit 7 · Reading to Learn

Read this short paragraph. "Dogs need a walk every day. A walk keeps a dog’s legs strong. It lets the dog sniff and see new things. A dog that walks is calmer at home." What is it about? Dogs. That is the topic. The topic is just the subject, one or two words.

Now ask a harder question. What does the paragraph say about dogs? It says dogs need a walk every day. That is the main idea. The main idea is a whole sentence. It is the point the writer wants you to walk away with.

Here is a quick test. If your answer is one word, you found the topic. If your answer is a sentence with a verb, you found the main idea. "Honeybees" is a topic. "A honeybee hive works like a busy city" is a main idea.

Think of a table. The top is the main idea. The legs are the details. "A honeybee hive works like a busy city." That is the top. "Workers gather nectar. Guards stand at the door. The queen lays eggs." Those are the legs. Take the legs away and the top falls.

A detail can be a fact, an example, a number or a reason. In the dog paragraph, "a walk keeps a dog’s legs strong" is a reason. "It lets the dog sniff new things" is an example. Each one answers the question, "How do you know?"

Not every sentence is a detail. Some sentences are just extra. If a paragraph about bee jobs says, "Bees are yellow and black," that sentence does not hold up the idea. Good readers sort the legs from the extra.

One paragraph has a main idea. A whole article has one too. Think of a bigger table. The article’s main idea is the top. Each paragraph’s main idea is a leg. The details in each paragraph are the small screws that hold each leg on.

Take the bee article. Paragraph one says every bee has a job. Paragraph two says the hive stays warm because bees shiver together. Paragraph three says bees dance to share where flowers are. Put them together: "Honeybees survive because they work as a team." That is the article’s main idea.

To find it, read the title. Read the first and last paragraphs closely. Then ask what all the paragraph ideas have in common. The answer is often stated near the start or the end. Sometimes it is not stated at all, and you must build it yourself.

Devon said a two-page article in two sentences. That is a summary. A summary is short. It gives the main idea and the most important details. It leaves out the small stuff, the jokes and the repeats.

Here is the trap. Copying a sentence is not a summary. If you write the author’s words, you did not show that you understood them. Close the book. Say the idea out loud to a friend. Then write what you said. Those are your own words.

Try it with this. "Sea otters float on their backs. They hold hands while they sleep so they do not drift apart. They also wrap themselves in kelp, a kind of seaweed." Here is a summary. "Sea otters use holding hands and kelp to stay in place while they sleep." It is short. It is true. It is in your words.

Read this. "Maya grabbed her umbrella and her boots before she left for school." Does the sentence say it is raining? No. It says umbrella and boots. But you know. The text implies rain. To imply is to hint without saying.

Now read this. "It was raining hard, so Maya grabbed her umbrella." This time the text says it. It is explicit, right there in plain words. Good readers know the difference. When a teacher asks, "What does the text say?" she wants the explicit part. When she asks, "What can you tell?" she wants what it implies.

Check your hints against the words. If a text says a bee "shivers to make heat," you may infer bees can be cold. You cannot infer bees have fur. Nothing on the page points to that. A good inference always has a clue you can point to.

Open a science book. The page is not one gray block. There is a big title. Under it are smaller titles, like "How Bees Find Flowers" or "Inside the Hive." Those are headings. A heading is a label for a chunk of text. It tells you the topic of that chunk before you read it.

Some words on the page are darker and thicker than the rest. They are in bold. Writers put a word in bold when it is a key term. Often the meaning is right there in the same sentence. "Bees carry pollen, a yellow dust from flowers, on their legs." The bold word plus the words after it give you a free definition.

Use these parts before you read. Run your eyes down the headings. Now you know the map of the article. Then read the bold words. Now you know the vocabulary. You have not read a full paragraph yet, and you already know a lot.

Under the picture of the waggle dance is one line of small print: "A worker bee dances in a figure eight to show where flowers are." That is a caption. Many readers skip captions. That is a mistake. The caption often has a fact that is nowhere else on the page.

A diagram is a drawing with labels. A diagram of a bee might label the wings, the stinger and the pollen baskets on its legs. A map shows where. A map of Illinois might mark the towns with the most beekeepers. Read a map the way you read a sentence: look at the title, the labels and the key.

A sidebar is a box of text set off from the rest, often with its own color. It tells a small side story, like "How Honey Is Made." Sidebars are extra, but they are often the most interesting part. Read the picture, the caption, the diagram and the box. All of it is the text.

You have two minutes and a four-page article. Do not start at word one. Skim it. Read the title, the headings, the first sentence of each paragraph, and the last paragraph. Your eyes move fast. You are looking for the big shape, not the small facts. In two minutes you know what the article is about.

Now the teacher asks, "How many eggs can a queen bee lay in a day?" You do not skim for that. You scan. Scanning is hunting for one thing. Your eyes jump down the page looking for a number, or the word "eggs," or the word "queen." You ignore everything else until you land on it.

Skim to learn the shape. Scan to find a fact. Read closely to understand. Good readers use all three, and they choose on purpose. If someone says, "Just find the date," scan. If someone says, "Tell me what this is about," skim, then read.

Before Devon read the bee article, he looked at the title and asked, "Why is a hive like a city?" That question gave him a reason to read. It is a before question. Look at the title and the pictures. Ask what you already know. Ask what you want to find out.

While reading, keep asking. "Wait, what does colony mean?" "Why do the bees shiver?" "Does this fit with what the first paragraph said?" These during questions catch you when you drift. If you cannot answer a during question, stop and reread. That is not slow reading. That is smart reading.

After the last line, ask again. "Did I find out why a hive is like a city?" "What was the main idea?" "What surprised me?" If your before question never got answered, that is worth knowing too. It might be your next research question.

Read this. "First, the sky turned green. Next, the sirens sounded. Then the funnel touched down. Finally, it lifted." Each event comes after the one before. This is a sequence text. Recipes, directions, and the story of a day are all sequences. Order is the whole point.

Now read this. "A tornado is a spinning column of air. It reaches from a storm cloud to the ground. It can be thin as a rope or wider than a town. Most last only a few minutes." Nothing happens in order here. Each sentence adds a feature. This is a description text. It tells what something is like.

How do you tell them apart? Ask, "Could I shuffle these sentences?" In a sequence, no. Mixing the order breaks it. In a description, mostly yes. The tornado is still a spinning column even if you read the width sentence first. Every text you read has a shape. Sequence and description are the first two.

"A tornado and a hurricane both spin. Both can flatten houses. But a hurricane is hundreds of miles wide and lasts for days. A tornado is usually less than a mile wide and lasts minutes." This paragraph holds two things side by side. That is compare and contrast.

To compare is to show what is the same. To contrast is to show what is different. Watch the words. "Both" and "also" and "alike" signal same. "But," "however," "while" and "unlike" signal different. Writers use these words like turn signals.

Try it on two things you know: a bus and a train. Both carry many people. Both have a driver. But a train runs on rails and a bus runs on streets. A train cannot turn to avoid traffic. When you can say both and but, you are thinking in this shape.

The second tornado article answered one question over and over: why? "Warm, wet air pushed north. Cool, dry air pushed south. Where they met, the warm air rose fast. Because the winds blew at different speeds, the rising air began to spin." Each sentence is a cause pushing an effect.

A cause is the reason. An effect is the result. Watch for "because," "so," "since," "as a result" and "led to." Also watch for chains. Warm air rising causes spin. Spin causes a funnel. The funnel causes damage. One effect becomes the next cause.

Here is a trap. Two things happening close together does not mean one caused the other. The sirens sounded, and then the funnel touched down. The sirens did not cause the tornado. Ask, "Did the first thing make the second thing happen?" If not, it is a sequence, not a cause.

"Tornado sirens are loud, but people inside cannot always hear them. So the town added phone alerts. Now a warning buzzes in every pocket." First a problem. Then a solution. This shape shows up in science, history and the news all the time.

Watch for "problem," "trouble," "issue" and "the challenge was." Then watch for "solved," "fixed," "one answer" and "so they." Sometimes a text gives more than one solution. Sometimes it gives a solution that failed and then a better one. Keep track of which is which.

This shape is close to cause and effect, and students mix them up. Ask, "Is the writer telling me what went wrong and how to fix it?" That is problem and solution. "Is the writer telling me why something happens?" That is cause and effect. A problem is a kind of cause, but only one that someone tries to fix.

Read just the first few words of a paragraph: "First, crack two eggs." You already know it is a sequence. "Unlike a frog, a toad..." Compare and contrast. "Because the river flooded..." Cause and effect. "The trouble with old bridges is..." Problem and solution. These are signal words. They give away the shape early.

Learn a few for each shape. Sequence: first, next, then, after, finally, dates and clock times. Description: for example, such as, looks like, is made of. Compare and contrast: both, also, alike, but, however, unlike. Cause and effect: because, so, since, as a result. Problem and solution: problem, trouble, so they, solved, one answer.

Signal words are clues, not proof. A description might use "first" just to start a list of features. So read a little more and check. If the sentences must stay in order, it is a sequence. If they explain why, it is cause and effect. The signal word points; the sentences tell.

Priya drew a line with times for the first article. She drew arrows for the second. Her notes matched the shape of each text. That is not a trick. It is the best way to remember. When your notes look like the text, your brain stores the ideas the way the writer built them.

Here is the plan. Sequence: a numbered list or a timeline. Description: a web, with the topic in the middle and features around it. Compare and contrast: two columns, or two circles that overlap. Cause and effect: boxes with arrows. Problem and solution: one box for the problem, one for each fix.

Try it with the shelter paragraph. Problem box: "Shelter two miles away; kids cannot reach it." Solution box: "Storm room inside school, concrete walls." Two boxes, ten words. You could tell the whole story from that. Notes that match the shape are short, and they stick.

The two tornado articles covered the same storm. But they did not say the same things. The first had clock times and no reasons. The second had reasons and no clock times. Reading both, Priya knew more than she could learn from either one alone. That is why teachers give you two texts.

To compare two texts, ask three questions. What facts are in both? What facts are only in one? How is each text built? Make two columns. Put shared facts in the middle. Put the facts only in the first text on the left, and only in the second on the right.

Then ask why. Why did the first writer leave out the causes? Maybe she wanted readers to feel the minutes tick. Why did the second writer skip the clock? Maybe he wanted to teach the science. Each writer chose. Seeing the choice is the deepest kind of reading.

Some texts do more than tell. They argue. "Every school in Illinois should have a storm room. Tornadoes hit our state every year. Kids cannot reach a shelter two miles away. A storm room costs less than one school bus." The first sentence is the author’s point. The next three are the reasons.

Find the point first. It is usually a sentence with "should," "must," "best" or "most important." Then find each reason. Ask, "Does this reason really hold up the point?" "Tornadoes hit every year" holds it up. "Storm rooms are painted gray" would not. A point with weak reasons is a weak point.

Then count. One reason is thin. Three good reasons with a fact for each is strong. Also notice what the author does not say. The storm-room author never mentions who pays. A careful reader sees the point, checks the reasons, and notices the hole.

A science text about tornadoes asks, "How does this work?" It is full of causes, steps and diagrams. Read it slowly. Check every diagram against the words. Ask, "Could I explain this to a friend with my hands?" If the text says warm air rises, picture it rising.

A history text about a tornado asks, "What happened to people, and why did it matter?" It has dates, names and places. It tells what people did before and after. Read it asking, "Who is telling this? What did they see? What changed because of it?"

One real storm, the Tri-State Tornado of March 18, 1925, crossed Missouri, Illinois and Indiana and was one of the deadliest in United States history. A science text about it would explain the air and the spin. A history text would tell about the towns and the people who rebuilt. Same storm, different questions, different reading.

A timeline is a sequence you can see. Events sit on a line, earliest on the left, latest on the right. Priya’s tornado timeline had 3:10, 3:25, 3:40 and 3:52. The spaces between the marks matter. The gap from 3:10 to 3:25 is fifteen minutes. From 3:40 to 3:52 is twelve. You can read time with your eyes.

Numbered steps are a sequence too. "1. Go to the lowest floor. 2. Get away from windows. 3. Cover your head." Read them in order. Do not skip. Step three makes no sense if you have not done step one. When steps have pictures, match each picture to its number before you move on.

Both tools can hide gaps. A timeline of a town might jump from 1925 to 1950. Ask what happened in between. A recipe might say "bake" without saying for how long. Good readers notice what a timeline or a list of steps leaves out, and they ask.

A bar chart about Harper Elementary shows five bars. The title says "Students at Harper by Year." The bottom says the years: 1960, 1980, 2000, 2020. The side says "number of students." The tallest bar is 1980. Without reading a sentence, you know the school was biggest in 1980.

Read a chart in this order. Title first: what is this about? Then the labels on the bottom and the side: what does each direction mean? Then the key, if there is one: what does each color stand for? Only then look at the bars or the line. Readers who skip to the bars often read the chart backward.

A line graph works the same way, but it shows change over time. A line going up means more. A line going down means less. A flat line means no change. Ask the same question you ask of a paragraph: "What is the main idea of this graph?" For the Harper chart, it is "The school grew, then shrank."

A table is facts in a grid. The Harper class made one with three columns: Source, What It Said, and How Much We Trust It. Each row was one source. To find a fact, run your finger across a row and down a column until they meet. That box is your answer.

A map is a picture of a place from above. The class found a 1960 map of their town. The school was on it, but the big road next to it was not built yet. The key showed a small square for schools and a cross for churches. Read the title, the key and the compass. Then find what you need.

Both tables and maps answer questions fast. "Which source did we trust least?" Look at the trust column. "Was the school near the river in 1960?" Look at the map. A table or a map is a text. It just puts its sentences in boxes and pictures instead of lines.

The 1959 yearbook was made in 1959, by people who were in the building. It is a primary source. A letter, a photo, a diary, a map from that year, a speech, a report card: all primary. They are the closest you can get to being there.

A website written last year about the school’s history is a secondary source. So is an encyclopedia article or a textbook. The writer was not there. She read primary sources, or other secondary sources, and then wrote her own words. Secondary sources are useful. They gather a lot in one place. But they can pass along mistakes.

Here is the test. Ask, "Was this made at the time, by someone who saw it?" If yes, primary. If it was made later, by someone looking back, secondary. Both kinds have a place. Start with secondary sources to learn the big picture. Then check the facts against a primary source when you can.

"Harper Elementary opened in 1959." You can check that. You can find the yearbook and see. It is a fact. A fact can be true or false, but either way it can be checked. "Harper is the best school in town." Who says? How would you check it? That is an opinion.

Opinions often carry words like best, worst, should, beautiful, boring, and I think. Facts often carry numbers, dates and names. But be careful. "The school has the best test scores in the district" sounds like an opinion because of "best." It is really a fact, because scores can be checked.

Opinions are not bad. Writers are allowed to have them. The trouble comes when an opinion dresses up as a fact. "Everyone knows the old gym was better." Everyone? Ask, "Could I check this?" If the answer is no, you are holding an opinion, no matter how sure the writer sounds.

Ms. Reyes’s class started with a question: "Why is our school called Harper?" That is a good research question. It is specific. It can be answered by looking at sources. And nobody in the room knew the answer. If they had already known, there would be nothing to research.

Bad research questions come in two sizes. Too big: "What is the history of schools?" You could spend a lifetime on that. Too small: "What color is our school door?" Just go look. A good question sits in the middle. "When did our school get its gym, and why?" You could answer that in a week with a few sources.

Shape your question before you search. Start with a topic: our school. Ask what you wonder: who is it named for? Add a word that makes it specific: why. Then check: can a source answer this? Ms. Reyes says the best questions make you a little nervous, because you truly do not know.

Zoe read the yearbook note: "Our school is named for Dr. Alma Harper, who taught in this town for forty years." She did not copy it. She wrote: "named for Dr. Alma Harper, a teacher here 40 yrs." Short. Her words. That is a research note.

Why not copy? Two reasons. First, copying feels like learning but is not. Your hand moves and your brain sleeps. Second, when you write your report, copied notes turn into copied sentences. That is plagiarism, using someone’s words as if they were yours. Notes in your own words keep you honest without trying.

Sometimes you want the exact words, like the yearbook’s line signed by the first principal. Then copy it, put quotation marks around it, and write where it came from. Quotation marks are a promise: these words are not mine. Everything without marks is yours.

Zoe wrote "Harper yearbook, 1959, page 1" next to her note. Two weeks later, when she wrote her report, she could say exactly where the fact came from. A friend who doubted her could go check. That is why researchers keep track of sources.

For each source, write four things. What is it called? Who made it? When was it made? Where did you find it: the page number, or the web address? For the yearbook: "Harper Elementary Yearbook, Harper students, 1959, page 1." For a website: its name, who runs it, the date if you can find it, and the address.

Keep a source list on one page. Number each source. Then in your notes, just write the number: "named for Dr. Harper (1)." At the end of your report, print the list. Readers can see you did real work. And if two sources disagree, you know exactly which said what.

The class found three websites. One was the town’s own site, with the town seal, a date at the bottom, and a phone number. One was a page with no author, no date, and ads flashing everywhere. One had a photo of a different Harper school in another state. Which one would you trust?

Ask three questions. Who made this? A school, a library, a museum, a newspaper or a government office usually has people checking facts. A page with no name has no one to ask. When was it made? A page from ten years ago may be out of date. Where did the facts come from? A solid site tells you. A shaky one just says "trust me."

Watch for warning signs. Spelling mistakes in the title. Claims that sound too big: "the most famous school in America!" Pictures that do not match the words. Also check the site against another source. If the town site and the yearbook agree, you are on solid ground. If a lone site says something no one else says, be careful.

The class wrote its answer: "Harper Elementary is named for Dr. Alma Harper, a teacher who worked in our town for forty years. We know this from the 1959 yearbook, which was written by the first principal. The town website agrees." One sentence of answer. One sentence of source. One sentence of backup.

Notice what the class did not say. It did not say the school opened in 1961. Two websites disagreed, and the yearbook only showed 1959 or earlier. So they wrote, "The school opened in 1959 or a little before. We could not find the exact year." Saying "we could not find" is not failure. It is honesty, and it is what real researchers do.

Go back to the first question and answer it in one breath. Then list your sources. Then name what is still open. That open question, like "What year did it open?", is where the next research starts. Nate is already planning to ask the retired teacher who still lives on Elm Street.