Hero background

Magnetic Mysteries Uncovered

Science • Year 4 • 45 • 14 students • Created with AI following Aligned with Common Core State Standards

Science
4Year 4
45
14 students
5 April 2025

Teaching Instructions

using these standards, (PS5.1e, PS5.2a,b) Investigate properties of magnets, including: Magnets attract or repel certain objects Magnets attract or repel each other Magnetic forces can operate on objects across distances and through materials, replace what i've wrritte for my lesson plan: Title Nature Goes Wild - Understanding Extreme Natural Events' Impact on Living Things

Grade Level 4th Grade

Time allotted for lesson 45 minutes

Topic and Theme/Big Idea

Standards (PS5.1e, PS5.2a,b) Investigate properties of magnets, including: Magnets attract or repel certain objects Magnets attract or repel each other Magnetic forces can operate on objects across distances and through materials A magnetic field is produced

Instructional Objectives

Cognitive Objectives (Knowledge): By the end of the lesson, students will be able to differentiate between earthquakes, volcanoes, and hurricanes. By the end of the lesson, students will be able to identify the negative and positive impacts of earthquakes, volcanoes, and hurricanes.

Behavioral/Psychomotor Objectives (Skills): By the end of the lesson, students will be able to organize their findings in role-based worksheets and explain the effects of extreme natural events on living things.

Affective Objectives (Attitude): By the end of the lesson, students will be able to respect their classmates as they present their findings. By the end of the lesson, students will be able to appreciate the impacts of extreme natural events for the challenges they create and the benefits they provide. By the end of the lesson, students will be able to appreciate that our Earth can make the best of these extreme natural events.

Aim/Goal/Teaching Point/I can Statement/Do Now/Learning Target/Essential Question I can identify the difference between hurricanes, volcanoes, and earthquakes. I can explain how these extreme natural events impact living things like animals, humans, and plants. Magnetic forces can attract or repel objects and act through space and materials.

Magnetism is a non-contact force created by magnetic fields.

Assessments Assessments Plan

Objectives What to assess How to assess Criteria used to assess When to assess Cognitive By the end of the lesson, students will be able to differentiate between earthquakes, volcanoes, and hurricanes.

By the end of the lesson, students will be able to identify the negative and positive impacts of earthquakes, volcanoes, and hurricanes.

Exit Ticket Reflection (Formative, Informal Assessment) Whole Class Observation (Formative, Informal Assessment) Students should be able to distinguish the differences between each extreme natural event. Students should be able to state examples, with explanations behind them. As I walk around the room, and observe students throughout every stage of the lesson. End of the lesson, Exit Ticket. Behavioral/ Psychomotor By the end of the lesson, students will be able to organize their findings in role-based worksheets and explain the effects of extreme natural events on living things.

Role-Based Rubric Worksheet (Formative, Formal Assessment)

Students should be able to categorize and fill their worksheets accurately. Student collaboration on the role-based worksheets (if they have to work with another student) Affective By the end of the lesson, students will be able to respect their classmates as they present their findings.

By the end of the lesson, students will be able to appreciate the impacts of extreme natural events for the challenges they create and the benefits they provide.

By the end of the lesson, students will be able to appreciate that our Earth can make the best of these extreme natural events.

Group Presentation Checklist (Formative, Formal Assessment) Interview Notetaking Observation (Formative, Informal Assessment)

Exit Ticket Reflection (Formative, Informal Assessment) Students should be able to listen to one another and complete the “Interview Notes” portion of their role-based worksheets.

Students should be able to reflect on what they’ve learned throughout the lesson. They must categorize according to the information gathered throughout the lesson and explain why. During group presentations, and as students finish their exit ticket.

Assessment Tool(s) Role-Based Worksheet Rubric Interview Notetaking Observation Group Presentation Checklist Exit Ticket Reflectio

Prerequisite Knowledge/Skills/Gaps. Students must know the difference between living and nonliving things and what gets categorized as such.
Students must have basic knowledge of weather and how it can impact us and our environment. Students must be able to work in groups with peers appropriately and fairly.

Vocabulary Extreme Natural Events or Natural Disasters: A powerful event that’s unusual in nature. It doesn’t happen often, but it can cause lots of damage when it does. Earthquakes: Huge rocks underneath the Earth move, causing the Earth to shake, rumble, and crack. Volcanoes: Mountains that are “active.” These mountains can erupt when active, releasing lava and smoke within the surrounding area. Hurricanes: From above, it looks like a large “eye” forming over warm ocean water, bringing heavy winds and rain. Safety: The actions people take to make sure they’re away from danger. Can be to protect themselves or others. Impact: How much something can influence or change something/somebody. Impacts can be both, good or bad.

Part B. Plans for Learning Segment

Instructional Procedure Mini-Lesson/Introduction/Motivation/I Do-We Do (15 Minutes) Students will play a mystery object game, passing around a bag with random objects (fake magnet, paperclip, plastic spoon, coin, rubber band, screw, etc.). Students will be asked to guess, "Will this stick to a magnet?" Students will be shown how a magnet can pull a paperclip across a short distance without touching it. Students will be shown a strong bar magnet attracting a paperclip through a plastic lid. Students will be shown a brief slideshow on magnets and their properties. [Key Questions] “Why can some objects stick and others don’t?” “Have you ever used magnets before?” “Can magnets pull objects through things? Why might this be?”
Students will be introduced to the activity and shown the three stations where they will take turns experimenting. Developmental Application – Independent and/or small group learning activities/You do (20 Minutes) Students will be split into three stations, “Magnet Exploration Stations.” Students in station one, “Attract or Not,” will test everyday objects (and magnets themselves) and record whether the object is magnetic or not. Students in station number two, “Magnets and Distance,” will hold a magnet at different distances from a paperclip. They will record how far the magnet can pull the paperclip. Students in station number three, “Magnets Through Materials,” will test if a magnet can attract an object through paper, plastic, or cloth. Students will rotate their stations, ensuring they have participated in each station. At each station, students must record data on their worksheets. First write their predictions, then what they’ve tested/observed. [Key Questions] “What’s the difference between the objects that stick and the ones that don’t?” “Is there a limit to how far a magnet can work when attracting the paper clip to itself?” “Can the size of an object play a role in how far a magnet can pull an object?” “Which materials block the magnetic force and which don’t?” “Does the thickness of the material matter?”

Magnet Exploration Stations (3 stations): Station 1: Attract or Not? Students test everyday materials and record whether each object is magnetic or not.

Station 2: Magnet and Distance Students hold a magnet at different distances from a paperclip. They measure how far the magnet can be to still pull the object.

Station 3: Magnet Through Materials Students test whether a magnet can attract an object through paper, plastic, or cloth.

Culminating Application – Whole Class Share (15 Minutes): Part 1: Students will take turns being “interviewed” after completing their worksheets. (Students will pass around a microphone as they take turns speaking.) While a group is presenting, the non-presenting groups must write ONE fact they found most interesting from EACH presenting group. Once students are done being “interviewed,” their classmates can ask follow-up questions if they want. [Key Questions] Weatherman: “How are the conditions looking outside?” “Can you tell me how this disaster forms?” Zookeeper: “Are there any animals in danger during this disaster?” “Are there any animals that benefit from this disaster?” “How might this disaster affect humans?” Gardener: “Are new environments being formed because of this disaster?” “Would this disaster help plant life?” “Would this disaster harm plant life?” “Can any plants survive this disaster?”

              Part 2: 

Students will be given index cards. Students will rank the three natural events from the most to least interesting. Below the ranking, students will explain why the natural event they listed was the most interesting. (2-3 sentences). Students will next answer what surprised them the most about any of the three natural events. (2-3 sentences). Once finished, index cards will be collected.

Extension/ Homework Homework/Extension: Now that students understand the impacts of these extreme events, they are in charge of creating safety plans! Students will be given two options to complete their safety plan. Option 1: Drawing a Safety Room/House/Vehicle/Tool: [Students will create a drawing of a room, house, vehicle, or tool for their natural event.] [Students must label each part.] [In a section underneath the drawing, students must explain how each labeled part
helps.] Option 2: Emergency Checklist: [Students will list important items that will keep them safe during their natural event.] [Underneath each item, students will explain its importance.]

Part C. Instructional Resources

Materials/Environment Mystery Box / Bag with Surprise Items (ex., clay pieces that depict a volcano) Slideshow of the Different Extreme Natural Events Short Video Clips Printed Copies of Slides Pencils Index Cards Microphone

Science Lab Safety Plan Students will respect one another when presenting. They will remain silent and allow their peers to speak. Students will gently pass around the mystery box/bag. It should not be thrown but passed from one pair of hands to another. Students will not place tools within their mouths or near their eyes (ex., clay pieces). Neither should they swing them around or threaten other students with them (ex., pencils). Students will ensure no classroom objects or personal belongings are on the floor to ensure nobody can trip or fall.

Attachments/Handouts

except i ike the way my actvity has started out to fix it ad maybe even add to it / create a worksheet for it

Magnetic Mysteries Uncovered


Grade Level:

4th Grade (Year 4)
Curriculum Area: Science – Physical Science
Standards:

  • PS5.1e
  • PS5.2a
  • PS5.2b

Time Allotted

45 minutes


Topic / Big Idea

Magnets are invisible forces in motion — they can attract and repel objects from a distance, through different materials, and without even touching them!


Standards Addressed

NGSS Alignment for Grade 4 – Physical Science

  • PS5.1e: Investigate that magnets can attract or repel certain materials.
  • PS5.2a: Explore how magnets attract or repel each other and affect objects at a distance.
  • PS5.2b: Observe how magnetic forces can work through different materials.

Instructional Objectives

Cognitive (Knowledge)

  • Students will identify materials that are magnetic.
  • Students will explain how magnets exert forces across space and through materials.
  • Students will understand how two magnets can repel or attract each other depending on their orientation.

Psychomotor (Skills)

  • Students will predict and test materials for magnetic attraction.
  • Students will measure magnetic force at different distances using a ruler.
  • Students will record and interpret experimental results.

Affective (Attitudes)

  • Students will demonstrate curiosity about forces they can’t see.
  • Students will value collaboration with peers during experimentation.
  • Students will respect others’ opinions during class discussions and presentations.

Learning Goals / Essential Questions

“I Can” Statements:

  • I can determine what materials magnets attract or repel.
  • I can observe and describe magnetic force in action without touch.
  • I can test how magnets work through different materials.

Essential Questions:

  • What makes something magnetic?
  • Can magnets push or pull even if they don’t touch something?
  • What materials or barriers weaken or block magnetic forces?

Vocabulary

TermKid-Friendly Definition
MagnetAn object that can pull certain things, like metal, to it.
Magnetic ForceA powerful push or pull made by a magnet.
AttractTo pull something closer.
RepelTo push something away.
Magnetic FieldThe invisible area where a magnet does its work.
MaterialThe stuff something is made of (like paper, plastic, metal)

Prior Knowledge Required

  • Students should understand the difference between physical objects and forces.
  • Familiar with predicting, observing, and recording simple experiment data.
  • Able to work effectively in small groups by listening and contributing.

Assessment Plan

Objective TypeWhat to AssessHow to AssessCriteria for MasteryWhen to Assess
CognitiveIdentification of magnetic vs. non-magnetic itemsExit Ticket, Verbal QuestionsCorrect identification with explanationDuring share-out & exit
PsychomotorCompletion of station activities and worksheetInteractive Worksheet (See attachment)Accuracy of recordings and reflectionDuring station time
AffectiveEngagement & respectful listening/collaborationGroup Observation, Presentation NotesParticipates equally and listens to othersThroughout, especially share out

Assessment Tools

  • “Magnet Mystery Worksheet” (see below)
  • Observation checklist
  • Exit reflection card

Materials & Environment

Whole Class Resources

  • Mystery Bag (with: paperclip, rubber band, coin, plastic spoon, nail, foil, wood cube, pencil top eraser, small magnet)
  • Visual Slideshow on Magnetic Properties & Safety
  • Bar magnets, horseshoe magnets
  • Rulers (inches/cm for distance measurement)
  • Non-magnetic containers (plastic tupperware lids, cloth, paper sheets)
  • “Magnet Mystery Worksheet” (1 per student)
  • Safety goggles (optional)
  • Index cards for end reflection
  • A “Magic Microphone” for share-outs
  • Clipboards and pencils

Safety and Behavior Expectations

  • Do not put materials near mouth, eyes, or face.
  • No throwing or tossing materials.
  • Hands must be dry before handling magnets and materials.
  • Stay in assigned stations and rotate when signalled.
  • Be respectful listeners when other groups are sharing.

Instructional Procedure

🧲 Introduction & Engagement (15 mins)

Mystery Bag Game

  1. Show the Mystery Bag. Describe this as a “Magnet Magic Challenge.”
  2. Each student picks one item and silently guesses: “Will this stick to a magnet?”
  3. Teacher then tests each in front of the class and charts the results.
  4. Show how a strong magnet can pull a paperclip without touching it (hover the magnet gradually).
  5. Demonstrate the magnetic pull through plastic or paper.
  6. Display short slideshow with images/animations to explain attractive vs. repulsive forces and magnetic fields.

Guiding Questions:

  • “Why do you think the magnet didn’t attract the rubber band?”
  • “What happened when it got close — but didn’t touch?”
  • “Have you ever used magnets in your life? Where and how?”

Transition students into activity stations.


🔍 Developmental Activities: Magnet Discovery Stations (20 mins)

Students rotate through 3 Magnet Exploration Stations in small groups of 4–5. Each station should take approximately 6–7 minutes.

🔸 Station 1: Attract or Not?

Objective: Detect materials that are magnetic.

Materials: Magnets, assorted items (same as the mystery bag).

Task:

  • Predict which materials will stick to the magnet.
  • Test and record whether or not they are magnetic.
  • Look for similarities in magnetic items.

Student Prompt:
“Which materials surprised you? Why do you think they did or didn’t stick?”


🔸 Station 2: Magnet & Distance

Objective: Test how far magnetic force can reach.

Materials: Paperclips, bar magnets, rulers.

Task:

  • Hold the magnet ~6 inches away and slowly move closer to the paperclip.
  • Record at what distance the magnet starts pulling.
  • Repeat three times for consistency.

Student Prompt:
“Does the magnet attract from farther away every time? Why or why not?”


🔸 Station 3: Magnet Through Materials

Objective: Observe how magnets interact through materials.

Materials: Paper, plastic lid, cloth pieces, magnet, paperclip.

Task:

  • Place paperclip under paper, plastic, or cloth.
  • Try to attract it using the magnet on top. Can you still feel the pull?
  • Test which materials work and which don’t.

Student Prompt:
“What do these materials have in common? Can thick things block the magnet?”


🎤 Whole-Class Share-Out (10 mins)

  • Students return to their seats and prepare mini-presentations from their worksheets (“Magnet Experts”).
  • Teacher passes around a plastic microphone: students share one finding.
  • Other students must write down:
    • 1 surprising thing they heard
    • 1 thing they now understand better

Key Questions to Ask Groups:

  • “What was your favorite material to test?”
  • “Did your predictions match your results?”
  • “What was tricky or surprising?”

📝 Exit Ticket (5 mins)

On an index card:

  1. Write: “The most surprising thing I learned about magnets today is…”
  2. Write: “Now I wonder…”

Collect these as students leave.


Extension / Homework

Mission: Create a Magnet-Powered Tool!

Students choose ONE of the following:

  1. Design your own Magnetic Invention

    • Draw a tool/device that uses magnets (like a magnetic belt or cleanup tool).
    • Label each part and what the magnet helps it do.
  2. Create a Magnetic Superhero!

    • Design a superhero who uses magnetic powers.
    • Describe in a few sentences what powers they have, how they help people, and what their limitations are.

Attached Worksheet: Magnet Mystery Journal

Name: _____________________ Date: _______________

StationObject / SetupPrediction (Magnetic?)What Happened?Why (Your Theory)?
1Paperclip☐ Yes ☐ No
1Rubber Band☐ Yes ☐ No
2Distance Test 1_____ inches/cm
2Distance Test 2_____ inches/cm
3Paper Barrier☐ Pulled ☐ Didn’t
3Plastic Lid☐ Pulled ☐ Didn’t

What’s something you want to test next time? __________________________________________________


Conclusion

This hands-on exploration of magnetism transforms science into discovery. It emphasizes teamwork, inquiry, and wonder — sparking curiosity not just in what magnets do, but how invisible forces shape everyday experiences. With real-world connections and cross-curricular creativity, this lesson aims to leave a lasting impression long after the magnets are back in the drawer.

Create Your Own AI Lesson Plan

Join thousands of teachers using Kuraplan AI to create personalized lesson plans that align with Aligned with Common Core State Standards in minutes, not hours.

AI-powered lesson creation
Curriculum-aligned content
Ready in minutes

Created with Kuraplan AI

🌟 Trusted by 1000+ Schools

Join educators across United States