Grade 4 Electricity Lesson Plan

Grade 4 Earth Science Guided Practice: Electricity and Static Charge

Electricity | Guided Practice

Grade 4 Earth Science Electricity Guided Practice Challenging Professional 5 Views
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Grade 4 Earth Science Guided Practice: Electricity and Static Charge
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Grade 4 Earth Science Guided Practice: Electricity and Static Charge

Electricity | Guided Practice

GradeGrade 4
SubjectEarth Science
TopicElectricity
Duration15 Minutes
Lesson TypeGuided Practice
DifficultyChallenging

Lesson Overview

Students will investigate how static electricity can cause materials to attract or repel and connect the idea to everyday Earth science phenomena such as lightning. This short guided practice lesson uses observation, partner discussion, and a simple teacher-led demonstration.

Learning Objectives

  • Describe electricity as a form of energy that can move and cause effects.
  • Observe how static electricity can make lightweight objects move or stick.
  • Explain, with support, one real-world example of static electricity in nature or daily life.
  • Use evidence from a demonstration to answer a science question.

Materials Needed

  • Balloon or plastic comb
  • Wool cloth or dry sweater sleeve
  • Small pieces of tissue paper or confetti
  • Whiteboard and marker
  • Optional: picture of lightning or storm clouds
  • Student recording sheet or scratch paper

Vocabulary

TermDefinition
electricityA form of energy that can move through materials and cause things to work or change.
static electricityA build-up of electric charge on an object that does not flow like current electricity.
chargeA tiny electrical property that can be positive or negative.
attractTo pull objects together.
repelTo push objects apart.

Lesson Sequence

Introduction3 minutes
Teacher Actions

Show a balloon or comb and ask, 'What do you think will happen if I rub this on cloth and bring it near paper?' Briefly connect electricity to Earth science by mentioning lightning as a large natural example of static electricity.

Student Actions

Predict what will happen and share one idea with a partner.

Guided Demonstration5 minutes
Teacher Actions

Rub the balloon or comb on the cloth. Hold it near the tissue paper/confetti. Model observation language: 'I notice... I think... because...' Ask students to watch for attraction and any movement.

Student Actions

Observe closely, describe what they see, and record one observation on paper.

Partner Practice4 minutes
Teacher Actions

Give a prompt: 'Why did the paper move?' Circulate and guide students to use vocabulary words like charge, attract, and static electricity. If possible, repeat the demonstration with another object so students can compare results.

Student Actions

Turn and talk to explain the result using evidence from the demo. Use vocabulary in a complete sentence.

Quick Share and Check2 minutes
Teacher Actions

Invite 2-3 students to explain the demonstration. Clarify that rubbing transferred charge and caused attraction. Ask a final check question: 'How is static electricity different from electricity that powers a lamp?'

Student Actions

Answer orally or point to the correct idea on their recording sheet.

Wrap-Up1 minute
Teacher Actions

Summarize the key idea: static electricity is a build-up of charge that can make objects attract, and lightning is one natural example.

Student Actions

Repeat the main idea or write one sentence summary.

Support

  • Provide sentence frames: 'I observed ___. I think ___ because ___. '
  • Allow students to answer by drawing or pointing instead of writing full sentences.
  • Preteach vocabulary with gestures and simple examples.
  • Partner students strategically so a supportive peer can model language.

Challenge

  • Ask students to compare static electricity in the classroom to lightning in a storm.
  • Have students explain why the effect worked better with dry materials.
  • Challenge students to write a cause-and-effect statement using the words because and therefore.

Checks for Understanding

  • Can the student describe what happened during the demonstration?
  • Can the student use at least one vocabulary word correctly?
  • Can the student explain that rubbing created static charge and caused attraction?
  • Can the student connect the idea to lightning or another real-world example?

Closure

Review the essential question: How can static electricity affect objects? Students share one sentence or thumb response to show understanding.

Assessment

Teacher listens to partner explanations and reviews student recording sheets for correct use of observations and vocabulary. Success criteria: the student identifies attraction caused by static electricity and gives one supporting explanation.

Homework

At home, find one example of electricity in daily life or nature. Draw it or write 2-3 sentences explaining whether it is static electricity or electricity that powers something, and why.

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