Building a Simple Static Electricity Investigator

Electricity | Project Based Learning

Grade 5 Earth Science Electricity Project Based Learning Medium Professional 10 Views

Professional Lesson Plan

Building a Simple Static Electricity Investigator

Electricity | Project Based Learning

GradeGrade 5

SubjectEarth Science

TopicElectricity

Duration15 Minutes

Lesson TypeProject Based Learning

DifficultyMedium

Lesson Overview

In this short project-based lesson, students work in small teams to explore how static electricity can make objects attract or repel. They will test, observe, and record results to learn that electricity is a form of energy that can be transferred between objects.

Learning Objectives

Define static electricity as a buildup of electric charge.
Observe how charged objects can attract or repel lightweight materials.
Use simple testing and recording to gather evidence in a short investigation.
Explain results using science vocabulary and observations.

Materials Needed

Balloon or plastic comb for each group
Small pieces of tissue paper or confetti
Wool cloth or sweater fabric
Recording sheet or notebook
Pencil
Table or desk surface

Vocabulary

Term	Definition
electricity	A form of energy related to electric charges.
static electricity	A buildup of electric charge on the surface of an object.
charge	A property of matter that can cause attraction or repulsion.
attract	To pull objects toward each other.
repel	To push objects away from each other.

Lesson Sequence

Hook and Question2 minutes

Teacher Actions

Show a balloon or plastic comb and ask, 'Can this object move paper without touching it?' Briefly introduce the investigation question.

Student Actions

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

Project Setup2 minutes

Teacher Actions

Model rubbing the balloon or comb on cloth to create static electricity. Show how to test it near tissue pieces without touching them.

Student Actions

Observe the demonstration and prepare materials.

Team Investigation6 minutes

Teacher Actions

Circulate, prompt careful testing, and ask students to repeat trials if needed. Remind them to record what they see.

Student Actions

Rub the object, test it near tissue pieces, and record whether the pieces move, jump, stick, or stay still.

Share and Explain3 minutes

Teacher Actions

Invite 2 to 3 groups to share results. Guide students to connect their observations to static electricity and charge.

Student Actions

Report findings using vocabulary such as attract, repel, and charge.

Wrap-Up2 minutes

Teacher Actions

Summarize the key idea: friction can transfer charges and create static electricity that affects nearby objects.

Student Actions

Respond to a final question and complete an exit check.

Support

Pair English learners with a supportive partner and provide sentence frames such as 'I observed ____. The object ____ the paper.'
Provide picture cues for vocabulary terms.
Allow students to use larger paper pieces if fine motor skills are a concern.
Pre-rub the object for students who need help creating a strong charge.

Challenge

Ask students to compare two different materials and decide which creates a stronger static charge.
Have students explain why the tissue paper moved using the words friction and charge.
Invite advanced learners to design a fair test with one changed variable.

Checks for Understanding

Ask: 'What happened when the charged object got close to the paper?'
Ask: 'Did the object attract or repel the paper? How do you know?'
Listen for correct use of vocabulary during sharing.
Collect the recording sheet or notebook notes as evidence of understanding.

Closure

Review that static electricity is a buildup of charge that can cause attraction or repulsion. Ask students to name one thing they observed and one science word they used today.

Assessment

Formative assessment will be based on student observations, oral explanations, and recorded results during the investigation. Check for correct understanding of static electricity, attraction, and repulsion.