Electricity and Magnetism

Grade Level

Grade 5

Duration

60 minutes

Class Size

25 students

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Learning Objectives

By the end of this lesson, students will be able to:

• Explain basic concepts of static electricity and electric circuits.
• Identify magnets and describe magnetic fields and their effects on objects.
• Construct simple electric circuits in groups and observe how electricity flows.
• Collaborate with peers to complete hands-on activities and communicate scientific ideas clearly.

Standards Alignment

This lesson aligns with the Next Generation Science Standards (NGSS), often used alongside Common Core standards, specifically:

• 5-PS1-3: Make observations and measurements to identify materials based on their properties.
• 5-PS2-1: Support an argument that the gravitational force exerted by Earth on objects is directed down. (Adapted context for forces involved with magnetism.)
• 3-5-ETS1-2: Generate and compare multiple possible solutions to a problem based on how well each is likely to meet the criteria and constraints of the problem.

Common Core ELA connections for grade 5:

• CCSS.ELA-LITERACY.SL.5.1: Engage effectively in a range of collaborative discussions on grade 5 topics.
• CCSS.ELA-LITERACY.RI.5.3: Explain the relationships or interactions between two or more individuals, events, ideas, or concepts in informational text.

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Materials Needed

• Balloons (1 per group of 5 students)
• Small pieces of paper or tissue (for static electricity demo)
• Simple circuit kits (battery, wire, small light bulb, and bulb holder) – 1 per group
• Bar magnets (2 per group)
• Iron filings in small containers or paper clips (for observing magnetic fields)
• Worksheets for observations and group notes
• Chart paper and markers for groups to record hypotheses and conclusions
• Whiteboard and markers

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Lesson Structure

1. Introduction and Engagement (10 minutes)

• Objective: Activate prior knowledge and engage curiosity about electricity and magnetism.
• Procedure:
  • Start with a quick question: “Have you ever rubbed a balloon on your hair and made it stick to the wall? Why do you think that happens?”
  • Demonstrate static electricity by rubbing a balloon on hair and using it to pick up small pieces of paper.
  • Ask students to share observations and write keywords on the board: static electricity, charges, attraction, repulsion.
  • Explain briefly that today’s lesson will explore electricity and magnets, which are forces we cannot always see but can observe through experiments.

2. Group Experiment 1: Static Electricity Exploration (10 minutes)

• Objective: Discover static electricity through hands-on experience.
• Procedure:
  • Divide class into 5 groups of 5 students.
  • Each group receives a balloon and small paper pieces.
  • Instructions: Rub balloon on hair or clothing, then attract paper pieces with the balloon.
  • Groups discuss and write what they observe — What happens? Why does it stick? Does it work the same for all materials?
  • Groups share a quick summary with the class.

3. Mini-lesson: Introduction to Magnets and Magnetic Fields (10 minutes)

• Objective: Understand magnets and magnetic fields.
• Procedure:
  • Give each group 2 bar magnets and iron filings or paper clips.
  • Guide students in moving magnets under a sheet of paper sprinkled with filings to see magnetic field patterns.
  • Discuss poles of magnets (north and south), attraction and repulsion, and that magnetic fields are invisible but have effects.
  • Use a whiteboard to draw simple magnetic field lines.

4. Group Experiment 2: Building Simple Electric Circuits (15 minutes)

• Objective: Construct and understand basic electric circuits.
• Procedure:
  • Provide each group a circuit kit (battery, wires, light bulb).
  • Challenge them to build a simple circuit to light the bulb.
  • Encourage sharing observations: What connections do we need? What happens if a wire is loose?
  • Prompt them to try opening and closing the circuit to see the bulb turn off and on.
  • Have groups fill out an observation worksheet describing how the circuit works and what happens.

5. Collaborative Discussion and Wrap-Up (10 minutes)

• Objective: Reflect, connect concepts, assess understanding.
• Procedure:
  • Groups present their findings – what they learned about static electricity, magnets, and electric circuits.
  • Use guiding questions: How do electricity and magnetism affect our daily lives? and What surprised you today?
  • Teacher summarizes key points on the whiteboard.
  • Distribute a short exit ticket with 3 questions:
    1. What is static electricity?
    2. What causes a magnet to attract paper clips?
    3. What is needed to make an electric circuit work?

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Assessment Methods

• Formative: Observation of group participation, worksheets, and discussions.
• Summative: Exit ticket answers, demonstrating comprehension of key concepts.

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Extensions and Modifications

• For advanced learners, discuss electromagnets and how changing electric current affects magnetism.
• For students needing extra support, provide diagrams and additional visual aids during activities.

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Teacher Reflection Notes

• Check if students made the connection between static electricity and charges.
• Assess how well groups communicated and worked collaboratively.
• Evaluate the ease/safety of circuits, ensuring batteries and wires are handled properly.
• Note which parts engaged students most for future lessons.

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This lesson combines interactive, hands-on learning aligned with scientific practices encouraged by Common Core and NGSS. It fosters collaboration, inquiry, and foundational understanding of electricity and magnetism for 5th graders.