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English lesson plan · 5th grade (Year 6 in England) · 45 minutes

Making inferences

Reading Comprehension

CCSS RL.5.1CCSS RI.5.1England: Y5/6 Reading (inference)England: KS2 SATs ReadingEngland: 11+ English

Objective and success criteria

Students will: Making inferences.

  • I can answer questions on today's skill on my own, without help.
  • I can explain each step and say why it works.
  • I can check my answer and spot a mistake.

Before and after

Needs first: Predicting and simple inference

Leads to: Citing textual evidence; Tone and mood; Implicit meaning and inference

Materials: A short text or extract (one copy each), Highlighters, Question cards, Mini whiteboards, A short model text on the board, Printed student sheet (below).

Warm-up · 5 min

  • Quick retrieval from earlier learning (Predicting and simple inference). Students answer on mini whiteboards.
  • Show answers together and note who needs support in the main task.
  1. Theo yawned and rubbed his eyes. His book slipped onto the floor. What is probably happening? (Theo is hungry. / Theo is falling asleep. / Theo is very excited. / Theo is running a race.) → Theo is falling asleep.Prompt: The answer is not written word for word. Look for clues.
  2. The ice cream dripped down Lucy's arm. The sun beat down on the beach. What will probably happen to the ice cream? (It will get colder. / It will freeze. / It will grow. / It will melt.) → It will melt.Prompt: The answer is not written word for word. Look for clues.
  3. Ben left his sandwich on the picnic blanket. A seagull circled overhead. What will probably happen next? (Ben will plant a tree. / It will start to snow. / The sandwich will fly away by itself. / The seagull will grab the sandwich.) → The seagull will grab the sandwich.Prompt: The answer is not written word for word. Look for clues.

Hook · 5 min

  • Read the first lines of a short text aloud and ask what students predict will happen and why.
  • Share the objective: Making inferences. Read the success criteria together.

I do: model it · 10 min

  • Work through the example out loud, saying why you do each step, not just what you do.
  • Example: The house was silent. Dust covered the furniture, and cobwebs hung from every corner. What can you infer about the house?
  • Step 1: An inference combines clues in the text with what you know.
  • Step 2: So the answer is: Nobody has lived there for a long time.
  • Answer: Nobody has lived there for a long time.
  • Pause after each step and ask a student to say what comes next.

We do: guided practice · 10 min

  • Do these together. Students try each step on whiteboards before you reveal it.
  • Use the hints as prompts rather than giving the answer.
  1. Tariq stared at his test paper, then crumpled it up and pushed it to the bottom of his bag before his dad could see. What can you infer about the test? (The test was cancelled. / Tariq got full marks. / Tariq's dad wrote the test. / Tariq did not do well.) → Tariq did not do well.Prompt: The answer is not written word for word. Look for clues.
  2. Bea's eyes lit up when she unwrapped the paints. She had been asking for them since the summer. What can you infer? (Bea is pleased with her present. / Bea is disappointed. / Bea dislikes painting. / Bea bought the paints herself.) → Bea is pleased with her present.Prompt: The answer is not written word for word. Look for clues.

You do: independent practice · 10 min

  • Students work on the student sheet. Circulate and check the first two answers of every student early.
  • Students who finish: write a question of their own for a partner, with the answer.

The 8 questions are on the student sheet below, with answers in the key.

Exit ticket · 5 min

  • Two questions on their own. Sort answers into got it / nearly / not yet to plan the next lesson.

Watch out for

  • Answering from memory or opinion instead of evidence in the text.
  • Copying a long quote without explaining what it shows.

Support and stretch

Support

  • Review first: Predicting and simple inference.
  • Use concrete materials: a short text or extract (one copy each).
  • Give the first step of each question, or a partly worked example to finish.
  • Pair with a confident partner for the guided practice.

Stretch

  • Move on to: Citing textual evidence; Tone and mood; Implicit meaning and inference.
  • Explain a common mistake in writing and how to fix it.
  • Write a word problem that uses today's skill, then solve a partner's.

Homework and more practice

Free online practice with hints and printable worksheets for this skill: eurekami.com/english/grade-5.

Free lesson plan from eurekami.com/lesson-plan-builder

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Making inferences

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Date

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Why Do Leaves Change in Autumn?

In many parts of the world, autumn turns forests into blazes of yellow, orange and red. But where do these bright shades come from? The answer is hidden inside every leaf. During spring and summer, leaves are busy making food for the tree. To do this, they use sunlight, water and air. A green substance called chlorophyll captures the energy from sunlight. There is so much chlorophyll in a leaf that it hides all the other shades. As autumn arrives, the days grow shorter and there is less sunlight. Trees such as maples and oaks begin to get ready for winter. They stop making chlorophyll. As the green fades away, the yellows and oranges that were in the leaf all along begin to show. Some trees, such as certain maples, also make a brand-new red substance in autumn. This is why some leaves turn bright red or purple. Finally, the tree seals off each leaf where it joins the branch. The leaf dries out and falls. Without leaves, the tree uses less water during the cold winter months. In spring, new green leaves will grow, and the cycle will begin again.

  1. Question 1

    Read "Why Do Leaves Change in Autumn?". How does losing leaves help a tree in winter?

    • A. It stays warmer.
    • B. It grows faster.
    • C. It makes more food.
    • D. It uses less water.

The Attic

The attic door had been painted shut for as long as Daniel could remember. His mother said there was nothing up there but dust and old suitcases. So when the decorators scraped away the paint on the first Saturday of the summer holidays, Daniel was the first one up the narrow stairs. The air was thick and warm and smelt of mothballs. Thin blades of light slid through gaps in the roof tiles and lay across the floorboards like fallen swords. In the far corner, beneath a sheet greyed with age, something waited. Daniel crossed the room slowly. Each board groaned beneath him as if complaining about being woken. He reached out, hesitated, then pulled the sheet away in one quick movement. It was a desk – small, battered, and covered in carvings. Initials. Dates. A crooked drawing of a sailing boat. And there, in the corner, carved more deeply than all the rest, were three letters he knew better than his own name: D.A.M. Daniel Adebayo Mensah. His grandfather. The grandfather who had died two years before Daniel was born, and whom his mother never spoke about. He ran his fingers over the letters. Downstairs, someone switched on a radio, and a burst of music floated up through the floor. Daniel did not move. For the first time, the silence in the attic did not feel empty. It felt like someone waiting to tell him a story.

  1. Question 2

    Read "The Attic". What can we infer about Daniel's mother's feelings towards his grandfather?

    • A. She never met him.
    • B. She is excited to talk about him.
    • C. She hid the desk because it was valuable.
    • D. The subject is painful or difficult for her.

How to Build a Junk Robot

Do you have a pile of empty boxes and bottle tops? Instead of throwing them away, turn them into a robot! This project takes about an hour. You will need: one cereal box, one smaller box (such as a toothpaste box), four cardboard tubes, bottle tops, glue, scissors and some tape. Step 1: Ask an adult to help you cut a hole in the top of the cereal box. This will be the robot's body. Step 2: Glue the smaller box on top of the body to make the head. Hold it in place for a minute while the glue sets. Step 3: Tape two cardboard tubes to the sides of the body for arms and two to the bottom for legs. Step 4: Glue bottle tops onto the head for eyes and onto the body for buttons and dials. Step 5: Leave your robot to dry overnight before you play with it. Top tip: Give your robot a name and write it on a label. Robots with names are much more fun!

  1. Question 3

    Read "How to Build a Junk Robot". Why should you ask an adult to help with Step 1?

    • A. Cutting with scissors can be tricky or unsafe.
    • B. Adults choose the robot's name.
    • C. The box is too heavy.
    • D. Adults are better at gluing.

  1. Question 4

    Mr Patel glanced at the clock for the third time and tapped his foot. The bus was already twenty minutes late. How is Mr Patel feeling?

    • A. sleepy
    • B. delighted
    • C. impatient
    • D. relaxed

The Clever Octopus

If you wanted to design an intelligent animal from scratch, you probably would not start with a creature that has no bones, three hearts and blue blood. Yet the octopus is one of the most remarkable problem-solvers in the animal kingdom. In laboratories, octopuses have learned to unscrew jar lids to reach crabs inside. Some have escaped from their tanks at night, crept across the floor to a neighbouring tank to eat the fish, and then returned home before morning. In the wild, veined octopuses have been filmed collecting coconut shells, carrying them across the seabed and assembling them into a portable shelter – one of the few known examples of tool use by an invertebrate. What makes this intelligence so surprising is how different the octopus brain is from ours. About two-thirds of its roughly 500 million nerve cells are not in its head at all but in its eight arms. Each arm can taste, touch and even make simple decisions on its own. Scientists are still debating what it might feel like to be an animal whose thinking is spread throughout its body. The octopus's cleverness may be linked to its lifestyle. Without a shell for protection, it must outwit predators by hiding, changing colour in a fraction of a second, or squeezing through gaps no bigger than its beak. Survival depends on flexible thinking. Strangely, most octopuses live only one or two years. They have no parents to teach them and usually die soon after laying eggs. Every skill they show, they must largely work out for themselves.

  1. Question 5

    Read "The Clever Octopus". What does the final paragraph suggest about octopus intelligence?

    • A. Octopuses live longer than most animals.
    • B. Octopuses are not really intelligent.
    • C. Octopuses learn everything from their parents.
    • D. It is especially impressive because octopuses learn without being taught.

The Long Wall

The Great Wall of China is not one wall at all. It is a network of walls, trenches and watchtowers built and rebuilt over more than two thousand years by different dynasties. If all its sections were laid end to end, they would stretch over 21,000 kilometres – more than half the distance around the Earth. The earliest walls were built from packed earth around the seventh century BCE, when rival Chinese states defended their borders from one another. In about 220 BCE, the first emperor of a united China, Qin Shi Huang, ordered many of these separate walls to be joined together to protect the north from raiding groups. The sections that most visitors see today are far younger. They were built during the Ming dynasty, between the fourteenth and seventeenth centuries. Ming builders used bricks and stone, which is why these sections have survived so well. Watchtowers were placed close enough together for soldiers to send signals using smoke by day and fire by night. The wall came at a terrible cost. Hundreds of thousands of soldiers, prisoners and farmers were forced to work on it, often in freezing mountains or burning deserts. Many died, and stories and songs about their suffering are still told. Did the wall work? Historians disagree. It slowed down small raids and helped control trade and travel, but determined armies could still break through or simply go around it. Today, its greatest power may be as a symbol – of human effort, of history and of a nation's identity.

  1. Question 6

    Read "The Long Wall". Why were watchtowers placed close together?

    • A. to make the wall look taller
    • B. so soldiers could sleep in them
    • C. so signals could be seen from one tower to the next
    • D. to save bricks

Lady Montagu and the Smallpox Gamble

In the early eighteenth century, smallpox was one of the most feared diseases in Europe. It killed around three in every ten people it infected and left many survivors scarred or blind. Lady Mary Wortley Montagu knew its cruelty personally: the disease had killed her brother and marked her own face. In 1717, while living in Constantinople (now Istanbul), where her husband was the British ambassador, she observed a remarkable practice. Local women would take a small amount of material from a mild smallpox sore and scratch it into the skin of a healthy person. The person usually developed a mild illness and was then protected for life. This process was called variolation. Montagu was so impressed that she had her young son variolated. When she returned to England, she campaigned to spread the practice, despite fierce opposition. Some doctors resented being taught by a woman; others distrusted a practice from abroad. To win public confidence, Montagu had her daughter variolated in front of physicians from the royal court. Variolation was not without risk: a small number of patients developed severe smallpox, and they could infect others. Decades later, in 1796, Edward Jenner developed a safer method using cowpox, a related but much milder disease. His method, called vaccination after the Latin word for cow, gradually replaced variolation. Smallpox was declared eradicated worldwide in 1980. Jenner is often called the father of vaccination, but the story began with the courage of a woman who noticed what others had overlooked.

  1. Question 7

    Read "Lady Montagu and the Smallpox Gamble". Why did Montagu have her daughter variolated in front of royal physicians?

    • A. to prove the method was safe and gain trust
    • B. because her daughter was ill
    • C. to test Jenner's vaccine
    • D. because the law required it

My Grandmother's Hands

My grandmother's hands are brown and wrinkled, like a map of rivers that have been flowing for eighty years. When I was small, I used to trace the lines with my finger and ask her where each one went. "This one," she would say, pointing to a deep crease across her palm, "goes back to the farm where I grew up, where I picked cotton until my fingers bled." Then she would point to a thin white scar on her thumb. "And this one leads to the night I learned to cook for eight brothers and sisters." Her hands have kneaded thousands of loaves of bread. They have stitched every quilt in our house and plaited my hair before every first day of school. They once caught my baby brother when he slipped from the top of the slide, faster than anyone thought an old woman could move. These days her hands shake a little when she holds her teacup. Sometimes she drops a stitch and has to start a row again. But when she takes my hands in hers, they are still the strongest hands I know.

  1. Question 8

    Read "My Grandmother's Hands". What does the story about the slide show about Grandmother?

    • A. She was always slow.
    • B. She was frightened of slides.
    • C. She did not like the baby.
    • D. She was quick and protective when it mattered.

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Answer key: Making inferences

  1. 1. D. It uses less water.

  2. 2. D. The subject is painful or difficult for her.

  3. 3. A. Cutting with scissors can be tricky or unsafe.

  4. 4. C. impatient

  5. 5. D. It is especially impressive because octopuses learn without being taught.

  6. 6. C. so signals could be seen from one tower to the next

  7. 7. A. to prove the method was safe and gain trust

  8. 8. D. She was quick and protective when it mattered.