Magnet Magic!

Curriculum Area:

Science – Physical Sciences
Grade Level: 4th Grade (US Curriculum – aligned with Elementary Physical Science Standards)

Time Allotted:

43 minutes (for a group of 14 students)

Standards Addressed:

• PS5.1e: Investigate that magnets attract or repel certain objects.
• PS5.2a: Explore how magnets attract or repel each other.
• PS5.2b: Investigate how magnetic forces operate through materials and across distances.

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Theme/Big Idea:

Magnets are mysterious forces of nature that can pull or push objects—even across space or through materials! They are invisible but mighty!

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Instructional Objectives

Cognitive (Knowledge):

• Students will identify which materials are magnetic and which are not.
• Students will describe how magnets attract and repel each other and other objects.
• Students will differentiate between magnetic forces that act through contact and those that act through space or materials.

Behavioral/Psychomotor (Skills):

• Students will conduct hands-on investigations using magnets in small groups.
• Students will record and interpret data, make predictions, and share their observations with peers.

Affective (Attitudes):

• Students will demonstrate curiosity by exploring new scientific concepts.
• Students will work collaboratively and respectfully with peers during experiments and presentations.
• Students will express appreciation for natural forces and their everyday applications.

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I Can Statements / Learning Targets

• I can determine which materials are magnetic by testing them.
• I can describe how magnets attract or repel each other.
• I can observe how magnets work across space and through different materials.

Key Vocabulary

• Magnet: An object that produces a magnetic field and can attract certain materials, like iron.
• Magnetic: Objects that are attracted to magnets (like iron, nickel, and cobalt).
• Repel: To push away.
• Attract: To pull toward.
• Magnetic Force: The push or pull exerted by a magnet.
• Pole: The ends of a magnet where the magnetic force is strongest (North and South).
• Force Field: The invisible area around a magnet where magnetic force affects objects.

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Instructional Procedure

🧠 Introduction & Engagement (10 minutes)

Mystery Bag Game – What Sticks?

• Students sit in a circle. Pass around a mystery bag filled with items (paperclip, coin, plastic spoon, screw, rubber band, toy car wheel, aluminum foil).
• Each student will remove one item and make a verbal prediction: “Magnetic or Not?”
• The teacher dramatically reveals the result using a strong magnet!
• Discuss briefly: “What do the magnetic objects have in common?”

Mini-Lesson (Short Visual Slideshow):

• Slides demonstrate:
  • Magnets attracting metals.
  • Opposite poles attracting / Like poles repelling.
  • Magnets pulling objects through plastic or paper.

🎯 Key Questions:

• “Why do magnets only attract some materials?”
• “What happens when two magnets face the same poles?”
• “Can magnets work through other materials?”

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🔬 Hands-On Investigation Stations (22 minutes)

Students rotate through four total “Magnet Magic” stations, spending 5 minutes per station. (1-minute rotations).

Split class into 4 groups of 3–4 students. Each group will rotate between the following stations and complete the “Magnet Exploration Sheet” to record predictions, observations, and conclusions.

🧪 Station 1 – “Attract or Not?”

• Materials: magnets, paperclips, rubber bands, coins, plastic pen caps, steel nails, aluminum foil bits, cardstock
• Objective: Identify which materials are magnetic.
• Students predict → test → sort items.

📏 Station 2 – “Far Reach!”

• Materials: magnets, paperclips, measuring tape/ruler
• Objective: Investigate how far a magnet can pull a paperclip.
• Students measure the distance at which the paperclip jumps to the magnet–record observations.

🎯 Station 3 – “Through Materials”

• Materials: thin cardboard, cloth, plastic sheet, paper, magnets, paperclips
• Objective: Test if a magnet can attract through different materials.
• Students observe which barriers stop or reduce magnetic attraction. Record thickness and material type.

🧲 NEW! Station 4 – “Attract or Repel? Magnet vs Magnet”

• Materials: multiple magnets of similar size
• Objective: Test how magnets attract and repel each other.
• Students experiment with flipping poles. Sort interactions as “Pulls Together (Attracts)” or “Pushes Apart (Repels).”
• Students record drawings of what they observe, add arrows for direction of movement.

🎯 Key Student Prompts:

• “How did the magnets behave when the poles were flipped?”
• “Could you feel the push?”
• “What surprised you about this experiment?”

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📣 Culminating Share & Reflection (11 minutes)

Step 1: Scientific Interviews (7 minutes)

• Have a “Science Talk Circle.”
• Students take turns explaining what they learned from one station they enjoyed the most.
• Use a toy microphone or plush “talking object” to take turns.
• Each student shares one Wow! moment or one confusion.

Other students complete a “Lab Buddy Feedback Sheet”:

• Write one new thing I learned from my classmate today.
• One thing I’m curious about or want to test again.

Step 2: Exit Ticket Reflection (4 minutes)

On an index card, students write:

1. One thing I learned about magnets today.
2. One thing I’m still wondering or want to try next time.
3. Rank the four stations from Favorite (1) to Least Favorite (4) and explain why the favorite stood out.

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Assessment Plan

Objective	What to Assess	How to Assess	Criteria	When to Assess
Cognitive	Knowledge of magnetic/non-magnetic items	Exit ticket + worksheet responses	Accurate identification, reflection	End of lesson
Behavioral	Ability to organize observations	Magnet Exploration Sheet	Clear data, neat charting	During station time
Affective	Collaborative participation	Observation + Group Share Reflection	Respectful listening, reflective input	During and after activity

Assessment Tools:

• Magnet Exploration Sheet (one per student)
• Lab Buddy Feedback Sheet (peer learning)
• Exit Ticket Index Card
• Anecdotal Teacher Observation Checklist

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Materials Checklist

Item	Quantity
Mystery Bag Items	10–12 mixed objects
Strong Magnets	8+
Paperclips	40+
Plastic, cloth, paper sheets	4 each
Rulers/Measuring Tapes	4
Index Cards	14
Magnet Exploration Sheets	14
Peer Feedback Sheets	14
Slideshow/Printed Visuals	1 set or on SmartBoard

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Safety Considerations

• No swallowing or putting metals in mouths.
• Keep magnets away from electronic devices and credit cards (demo only by teacher if applicable).
• Stress kind collaboration and peaceful turn-taking.
• Keep bags and clutter off the floor.

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Extension / Homework

🎨 Creativity Extension – Magnet Tool Maker!
Students design a tool, toy, or everyday object that uses magnets.

📝 Option 1: Drawing
Create a labeled diagram of an invention that uses magnetism! Include:

• Where the magnet is
• What it's pulling/pushing
• Why it's useful or fun

🛠️ Option 2: Magnet Story!
Write a mini-story (4–5 sentences) about a problem a magnet solves. Include:

• What happens
• Who runs into trouble
• How the magnet helped

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Reflection for Teachers

This lesson integrates NGSS-aligned physical science standards with experiential learning, curiosity-building, and peer communication skills, tailored for year 4 learners in the US. Magnets are a tangible, accessible way to understand invisible forces, making them an ideal subject to activate both conceptual understanding and scientific excitement.

This approach also allows for:

• Student agency in exploring science
• STEM thinking through trial, observation, revision
• Language development through reflection and class talks

This isn’t just about “what sticks”—it’s about pushing the boundaries of what kids believe materials and forces can do!

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Attachments/Handouts

• Magnet Exploration Sheet
• Lab Buddy Feedback Sheet
• Group Observation Rubric (for stations)
• Exit Ticket Template

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References:

All activities developed in alignment with:

• Next Generation Science Standards (NGSS)
• NYS P-12 Science Learning Standards
• Physical Sciences Framework for Elementary Grades

No hyperlinks were used in accordance with instruction.