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Did an Apple Really Hit Newton on the Head

Interactive passage with audio narration, comprehension questions, and printable PDF.

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Grades 5–8ScienceElaEnglish · SpanishInteractive · Printable
Aligned toMS-PS2-4
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Reading passage
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Comprehension quiz
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Spanish translation

Did an Apple Really Hit Newton on the Head preview and details

About this printable Did an Apple Really Hit Newton on the Head science reading passage, NGSS-aligned (Grades 5-8)

This engaging 400-500 word reading passage for middle school students (grades 6-8) examines the popular myth that an apple hit Isaac Newton on the head, leading to his discovery of gravity. Aligned with NGSS MS-PS2-4 and the Disciplinary Core Idea MS-PS2.B (Types of Interactions), the passage distinguishes between historical fact and folklore. Students learn that Newton did observe a falling apple, which sparked his thinking about gravitational force, but the dramatic 'bonk on the head' version is an embellishment. The passage includes audio integration for enhanced accessibility, making it ideal for diverse learners. Through this exploration of a common historical misconception, students develop critical thinking skills about how scientific discoveries are remembered and sometimes exaggerated over time. The content helps students understand that gravity is a force that acts on all objects with mass, pulling them toward each other, and that Newton's careful observations and mathematical work—not a simple accident—led to his groundbreaking theory.
Written by Workybooks TeamPublished by Workybooks
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Sample passage and quiz from Did an Apple Really Hit Newton on the Head

Reading passage and comprehension quiz preview

Did an Apple Really Hit Newton on the Head?

Apple-Newton

The story of an apple hitting Isaac Newton on the head is one of the most famous tales in science history. However, this dramatic version is folklore—a story that has been changed and exaggerated over time. The truth is different but just as interesting.

Newton did observe an apple fall from a tree in 1666. Evidence shows he was thinking about why objects fall straight down to Earth. This observation sparked his curiosity about gravitational force, the invisible pull between objects with mass. Newton wondered why the apple fell toward Earth instead of sideways or upward. He realized that Earth's mass creates a force that attracts other objects toward its center.

Scientists explain that Newton spent years developing his ideas through careful study and mathematics. He did not have a sudden revelation from being struck by fruit. Instead, he used evidence from many observations to build his theory of universal gravitation. This theory states that every object with mass pulls on every other object. The strength of this pull depends on the masses of the objects and the distance between them.

The apple story became more dramatic over time as people retold it. Newton himself mentioned the falling apple in conversations late in his life, but he never claimed it hit his head. Writers and storytellers added that detail to make the story more memorable and entertaining. This shows how historical accounts can become misconceptions when facts mix with fiction.

Understanding the real story matters because it shows how science actually works. Scientific discoveries come from careful observation, questioning, and testing ideas over time. Newton's work on gravity changed how we understand motion and forces in the universe. His laws help us predict how objects move on Earth and in space, from falling apples to orbiting satellites.

Interesting Fact: Newton's work on gravity also explained why the Moon orbits Earth instead of flying off into space. The same gravitational force that pulls an apple down keeps the Moon in its path around our planet.

Comprehension quiz (10 questions)

1. According to the passage, what really happened with Newton and the apple?

An apple hit him on the head while he was sleeping
He observed an apple falling from a tree
He threw an apple and watched it fall
He read about apples falling in a book

2. What year did Newton observe the falling apple?

1666
1776
1566
1866

3. What does the term 'folklore' mean in the passage?

A scientific theory proven by experiments
A story that has been changed and exaggerated over time
A type of traditional music
A method of conducting research

4. What does 'gravitational force' refer to?

The speed at which objects fall
The weight of an apple
The invisible pull between objects with mass
The force that makes things fly upward

5. Why did the apple story become more dramatic over time?

Newton changed his story many times
Scientists discovered new evidence about the event
People retold it and added details to make it more memorable
The apple actually did hit Newton's head

6. What can we infer about how scientific discoveries are made based on Newton's work?

They happen suddenly through lucky accidents
They require years of careful observation and study
They only occur when objects hit scientists
They are always dramatic and exciting events

7. According to Newton's theory of universal gravitation, what affects the strength of gravitational pull between objects?

Only the color of the objects
Only the temperature of the objects
The masses of the objects and the distance between them
Only the speed at which objects move

8. How could you apply Newton's understanding of gravity to explain why a basketball falls to the ground when you drop it?

The basketball is heavier than air
Earth's mass creates a gravitational force that pulls the basketball toward its center
The basketball wants to return to the ground
Air pushes the basketball downward

9. True or False: Newton claimed that an apple hit him on the head.

True
False

10. True or False: The same gravitational force that pulls an apple down also keeps the Moon orbiting Earth.

True
False
Who it's for

Perfect for the way you teach

Teachers
  • Build comprehension skills
  • Auto-graded quiz
  • Differentiated reading
Parents
  • Read together at home
  • Improve fluency
  • Quiet reading time
Homeschoolers
  • Reading curriculum support
  • Independent practice
  • Track Lexile growth
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