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3rd grade (Year 4 in England) · 16 questions · Common Core: RL.3.4, RI.3.4 · England: Y3/4 Reading (vocabulary), KS2 SATs Reading, 11+ English
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How Bees Make Honey
Honey bees are busy insects. They live together in a home called a hive. One hive can hold thousands of bees.
Worker bees fly from flower to flower. They suck up a sweet juice called nectar with their long tongues. They carry the nectar back to the hive in a special part of their body called a honey stomach.
Back at the hive, the bees pass the nectar to other bees. These bees put it into tiny six-sided rooms made of wax. The nectar is still runny, so the bees fan it with their wings. This dries it out and turns it thick and sticky. Now it is honey!
Last, the bees cover each room with a wax lid. The honey is saved for the winter, when there are no flowers.
Question 1
Read "How Bees Make Honey". What is nectar?
- A. a type of insect
- B. a kind of wax
- C. a sweet juice from flowers
- D. a bee's home
A Helicopter on Mars
In February 2021, NASA's Perseverance rover landed on Mars. Tucked underneath it was a passenger: a tiny helicopter called Ingenuity. It weighed only about 1.8 kilograms, a little less than a big bag of flour.
Flying on Mars is much harder than flying on Earth. The air on Mars is extremely thin, about one hundredth as thick as the air we breathe. Helicopter blades push against the air to lift off, so with so little air, Ingenuity's blades had to spin very fast: about 2,400 times a minute.
On 19 April 2021, Ingenuity rose about three metres into the Martian sky, hovered for about forty seconds and landed again. It was the first powered, controlled flight on another planet. Engineers on Earth cheered, even though the radio signals took several minutes to reach them.
Ingenuity was only meant to make five test flights. Instead, it made 72. It scouted ahead for the rover, taking photos of rocks and slopes so that drivers on Earth could choose safe routes.
In January 2024, one of Ingenuity's blades was damaged during a landing, and the mission ended. The little helicopter still sits on Mars today, and engineers are already using what they learned to design bigger flying machines for future missions.
Question 2
Read "A Helicopter on Mars". Ingenuity "scouted ahead" for the rover. What does scouted mean?
- A. went first to look and gather information
- B. followed behind
- C. fixed broken parts
- D. slept
The Four-Day Week: Promise and Pitfalls
In recent years, a growing number of companies have experimented with a four-day working week, in which employees work about 80 per cent of their usual hours for 100 per cent of their pay, on the condition that they maintain their output. Supporters argue that the model could transform working life. Critics warn that its benefits may be exaggerated.
The most widely reported trials have produced striking results. In one large study involving several dozen organisations, most companies chose to continue the four-day week after the trial ended. Employees reported less stress, better sleep and fewer days off sick, while company revenue remained broadly stable. For businesses struggling to recruit, the promise of an extra day off can be a powerful attraction.
Yet these findings come with important caveats. Companies that volunteer for such trials may already be enthusiastic about flexible working and well suited to it. Their success may not be representative of all workplaces. Moreover, many of the participating organisations were offices or creative businesses, where output is relatively easy to reorganise. In hospitals, schools or factories, where staff must be present to deliver a service, reducing hours without hiring more people may simply be impossible.
There are also questions about what happens in the long term. Early enthusiasm can fade, and the pressure to fit five days of work into four may eventually lead to longer, more intense working days, cancelling out the benefits to wellbeing.
None of this means the idea should be dismissed. It does suggest that the four-day week is less a universal solution than a tool that may suit some sectors far better than others. The challenge for policymakers is to learn from the trials without assuming that what worked for a marketing agency will work for an emergency ward.
Question 3
Read "The Four-Day Week: Promise and Pitfalls". As used in paragraph 3, "caveats" most nearly means…
- A. warnings or limitations
- B. agreements
- C. rewards
- D. statistics
Question 4
Our team was victorious. We won the final by three goals! What does "victorious" mean?
- A. having lost
- B. having won
- C. tired
- D. late
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.
Question 5
Read "Why Do Leaves Change in Autumn?". What is chlorophyll?
- A. a green substance that captures energy from sunlight
- B. the place where a leaf joins a branch
- C. a kind of tree
- D. a red substance made in autumn
The Fennec Fox
The fennec fox is the smallest fox in the world. It weighs about as much as a bag of sugar. It lives in the Sahara Desert in North Africa, one of the hottest places on Earth.
The first thing most people notice about the fennec fox is its enormous ears. They can be as long as 15 centimetres, which is huge for such a small animal. The ears do two important jobs. First, they let heat escape from the fox's body, helping it to stay cool. Second, they are so sensitive that the fox can hear insects moving under the sand.
The fennec fox has other ways to survive in the desert, too. Thick fur on the bottoms of its feet protects it from the burning sand. During the hottest part of the day, it rests in a cool burrow underground. It comes out to hunt at night, when the air is cooler.
Water is hard to find in the desert, but the fennec fox can go a long time without drinking. It gets most of the water it needs from the food it eats, such as insects, plants and small animals.
Question 6
Read "The Fennec Fox". In paragraph 2, what does "sensitive" mean?
- A. very soft
- B. able to notice very small things
- C. very large
- D. easily upset
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.
Question 7
Read "Lady Montagu and the Smallpox Gamble". What does "eradicated" mean in the final paragraph?
- A. completely wiped out
- B. spread widely
- C. made more dangerous
- D. discovered
Where Does a Can Go?
You finish a fizzy drink and drop the empty can into the recycling bin. That is not the end of the can's story. It is the start of a new one.
First, a truck collects the recycling and takes it to a sorting centre. There, machines separate the materials. A giant magnet pulls out steel cans. Aluminium cans (aluminum in the US) are not magnetic, so a different machine pushes them aside.
Next, the aluminium cans are squashed into huge blocks and taken to a factory. The cans are shredded into small pieces, cleaned, and melted in a furnace. The hot liquid metal is poured into moulds and cooled into long bars.
Then the bars are rolled out into thin sheets, like dough under a rolling pin. The sheets are cut and shaped into brand-new cans, filled with drinks, and sent to the shops. A recycled can can be back on a shelf in about sixty days.
Recycling aluminium is a big help to our planet. Making a can from old cans uses about 95 percent less energy than making one from new metal dug out of the ground. Aluminium can be recycled again and again without getting worse, so the can in your hand might once have been part of hundreds of other cans.
Question 8
Read "Where Does a Can Go?". The text says the metal is melted in a "furnace". What is a furnace?
- A. a recycling bin
- B. a giant fridge
- C. a type of truck
- D. a very hot oven
The Mapmaker's Apprentice
Ines had worked in Master Corvo's shop for three years, and in all that time he had never let her draw a single line on a real map. She ground his inks, stretched his parchment and swept up the shavings from his quills. When she asked why she could not draw, he only said, "A mapmaker must first learn to see."
So Ines watched. She watched sailors come in, sunburnt and impatient, to buy charts of the southern coast. She watched merchants argue over which mountain pass was fastest. Most of all, she watched Master Corvo, who spent far longer listening to travellers than he did holding his pen.
One winter morning, a fisherman stumbled into the shop, soaked and shaking. A storm had pushed his boat far north, past the edge of every chart in the city. He had found a narrow channel between two islands that no map showed, and it had saved his life.
Master Corvo was in bed with a fever. The fisherman was leaving on the evening tide.
Ines hesitated only for a moment. Then she sat the fisherman by the fire and asked him questions — not just where the channel was, but how the water changed colour near the rocks, where the gulls gathered, how long it took to row from one island to the other. She wrote down every answer. Only when she had heard everything did she pick up a pen.
When Master Corvo recovered, she laid the new chart in front of him. He studied it for a long time without speaking. Then he took his own pen, signed his name in the corner, and beneath it, for the first time, he wrote hers.
Question 9
Read "The Mapmaker's Apprentice". What does Master Corvo mean by "A mapmaker must first learn to see"?
- A. Ines needs glasses.
- B. A mapmaker should travel to every place.
- C. A mapmaker needs very good eyesight.
- D. A mapmaker must learn to observe and gather information carefully.
Pepper's First Week: A Diary
Saturday. Today we collected Pepper from the rescue centre. She is a skinny brown dog with one floppy ear and one ear that stands straight up. In the car, she shook the whole way home, and I held her blanket so she could smell it. I felt nervous too.
Sunday. Pepper hid behind the sofa all day. Mum says rescue dogs sometimes need time to trust people because they do not know what is going to happen next. I lay on the floor and read my comic out loud so she could get used to my voice.
Tuesday. A breakthrough! When I got back from school, Pepper crept out and sniffed my shoes. Then she licked my hand. I stayed completely still, although I wanted to cheer.
Thursday. We went to the park on her lead. A bicycle rang its bell, and Pepper jumped behind my legs. I knelt down and talked to her calmly until her tail started wagging again.
Friday. Tonight Pepper fell asleep with her head on my foot. I didn't move for an hour, even though my foot went numb. I think she has decided she lives here now.
Question 10
Read "Pepper's First Week: A Diary". On Tuesday the writer says, "A breakthrough!" What does breakthrough mean here?
- A. a bad surprise
- B. something that broke
- C. a hole in a wall
- D. an important step forward after waiting
From Egg to Frog
A frog starts life as a tiny egg in a pond. The eggs stick together in a soft, wobbly clump.
A small tadpole hatches from each egg. A tadpole has a long tail. It swims in the water and breathes with gills, just like a fish.
The tadpole eats and grows. Soon it grows back legs. Then it grows front legs. Its tail gets shorter and shorter.
At last, the tail is gone. Now it is a frog! The frog can hop on land and swim in the pond. It breathes air with its lungs. It catches flies with its long, sticky tongue.
One day, the frog may lay eggs of its own. Then the life cycle starts all over again.
Question 11
Read "From Egg to Frog". The text says the eggs are "wobbly". What does wobbly mean?
- A. very loud
- B. shaky and not firm
- C. very hot
- D. hard and still
Should Primary Schools Ban Homework?
Every evening, in homes across the country, the same battle takes place: tired children, frustrated parents and a worksheet that nobody wants to finish. It is time for primary schools to ban homework.
The most important reason is that, for young children, the evidence for homework is weak. Several large reviews of research have found that homework has little measurable effect on the test results of pupils under eleven. Older students may benefit, but for younger children, the hours spent on worksheets do not seem to pay off.
Second, children need time to play, rest and be with their families. Play is not a waste of time; it builds creativity, problem-solving and friendships. A child who has spent six hours concentrating at school deserves an evening to explore, read for pleasure or simply be bored – which is when imagination often kicks in.
Some people argue that homework teaches responsibility. This is a fair point. However, children can learn responsibility in many other ways: feeding a pet, helping to cook dinner or practising an instrument they have chosen themselves.
Finally, homework can be unfair. Some children have parents who can help them every night and a quiet desk to work at. Others share a small space with siblings or have parents who work late. Homework can widen the gap between these children instead of closing it.
Schools should replace homework with something simple: read every day, for fun. That is one habit worth taking home.
Question 12
Read "Should Primary Schools Ban Homework?". In paragraph 5, what does "widen the gap" mean?
- A. make classrooms larger
- B. make homework longer
- C. make the difference between groups bigger
- D. open the school gates
Bugs in the Code
Theo had been looking forward to Coding Club all week. Ms Rivera had promised they would make their own animated story on the classroom tablets.
Theo chose a cartoon cat and wrote the code: when the green flag is clicked, move ten steps, then turn and wave. He clicked the flag. The cat spun round and round like a washing machine and never stopped.
"It's broken!" Theo groaned, and he pushed the tablet away.
Ms Rivera sat down beside him. "It's not broken," she said. "It's got a bug. Every coder gets bugs. The trick is to be a detective." Together they read the code one block at a time. Theo had put the turn block inside a forever loop by mistake, so the cat kept turning for ever.
Theo dragged the block out of the loop and clicked the flag again. The cat walked ten steps, turned and waved. Theo cheered so loudly that the whole club looked up.
The next week, a younger girl called Ivy was close to tears because her rocket would not take off. Theo pulled up a chair. "It's not broken," he told her. "It's got a bug. Let's be detectives."
Question 13
Read "Bugs in the Code". In this story, what is a "bug"?
- A. a kind of cartoon
- B. a broken tablet
- C. a mistake in the code
- D. an insect in the classroom
The Camera in the Hedge
For my birthday, Aunt Jo gave me a wildlife camera. It is small and green, and it takes a photo whenever something moves in front of it. I strapped it to the fence post at the bottom of our garden, pointing at a gap in the hedge.
The first morning, I ran outside in my pyjamas to check it. There were forty-two photos! Most of them were of leaves blowing in the wind. One was of our cat, Biscuit, looking very surprised.
But on the second night, something different appeared. At 11:14 p.m., a hedgehog shuffled out of the hedge. At 11:16 p.m., it was sniffing at the flower bed. At 11:20 p.m., it was gone.
I wanted to know where it went, so I read about hedgehogs in a library book. I learned that a hedgehog can walk more than a kilometre in one night, looking for beetles and worms. Walls and fences with no gaps can stop it from finding enough food.
Dad and I cut a small hole, about the size of a CD case, at the bottom of our fence. Our neighbour, Mr Okafor, made one in his fence too. Now the hedgehog can travel from garden to garden.
Last night, the camera caught the hedgehog again. This time, it was squeezing through our new hole, heading for Mr Okafor's garden. I think it was saying thank you.
Question 14
Read "The Camera in the Hedge". The hedgehog "shuffled" out of the hedge. What does shuffled mean?
- A. flew quickly
- B. jumped high
- C. walked slowly, dragging its feet a little
- D. swam
Beavers Come Home
Four hundred years after they were hunted to extinction in Britain, beavers are back. Small populations now live wild in parts of Scotland and England, and several other European countries have reintroduced them too.
Ecologists describe beavers as "ecosystem engineers". By building dams, they create ponds and wetlands that slow the flow of water, trap sediment and provide homes for insects, amphibians and birds. In one Devon study, the amount of water flowing downstream during heavy rain was noticeably lower below beaver dams than above them, suggesting that dams can help reduce flooding.
Not everyone is delighted. Some farmers report flooded fields and felled trees, and they worry about the cost. Their concerns are real, and schemes in some areas now compensate landowners or move beavers whose dams cause serious damage.
Supporters argue that the benefits outweigh the costs. Wetlands created by beavers can store water during droughts, improve water quality and attract visitors. Yet researchers caution that results vary from river to river, and long-term data are still limited.
What is clear is that the return of beavers forces us to ask a broader question: how much room are we willing to make for wild animals in a crowded country?
Question 15
Read "Beavers Come Home". In paragraph 2, why are beavers called 'ecosystem engineers'?
- A. because they destroy ecosystems
- B. because they build roads
- C. because they are trained by engineers
- D. because they reshape their environment in ways that affect many other species
Rethinking Screen Time
Few debates generate as much anxiety among parents as the question of screen time. Headlines warn that smartphones are "destroying a generation", while technology companies insist that their products connect and empower young people. The truth, as so often, is more complicated than either side admits.
Part of the problem is that "screen time" is a crude measure. An hour spent video-calling a grandparent, coding a game or researching a school project is not the same as an hour spent scrolling through an endless feed of short videos. Researchers increasingly argue that what young people do on screens matters more than how long they spend on them.
That said, quantity is not irrelevant. Several large studies have linked very heavy use – more than five or six hours a day of recreational screen time – to poorer sleep and lower wellbeing. Screens can displace other activities that support health: exercise, face-to-face friendship and, crucially, sleep. Light from devices and the stimulation of social media late at night can delay sleep for teenagers, whose body clocks already push them towards later bedtimes.
It is worth noting, however, that most of these studies show correlation, not causation. Teenagers who are already unhappy may turn to their phones more, rather than their phones making them unhappy. Untangling cause and effect is notoriously difficult.
What, then, should families do? Rather than fixating on a single number, experts suggest asking three questions. Is screen use getting in the way of sleep? Is it crowding out exercise and real-world relationships? And does the young person feel in control of it, or controlled by it? If the answers are reassuring, the exact number of minutes may matter less than we fear.
Question 16
Read "Rethinking Screen Time". In paragraph 3, "displace" most nearly means…
- A. speed up
- B. explain
- C. improve
- D. take the place of
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