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Static Electricity Project

based on 27 ratings
Author: Brooke Greco
Type

Physical Science

Grade

5th - 6th grade

Difficulty of Project

Easy

Cost

$5 per student

Safety Issues

N/A 

Material Availability

Easy; materials can be easily obtained

Approximate Time Required to Complete the Project (Including analysis and write-up)

1 hour

Objective

What is the project about?

The static electricity project will allow students to test the concepts of positive and negative charges by using various objects. Students will see first-hand the power of static electricity. 

What are the goals?

The goal of the static electricity project is for students to put their knowledge of protons, neutrons and electrons into use by observing various electrical charges. Students should be able to identify if an object is an insulator or a conductor. 

Materials and Equipment / Ingredients

What materials are required?
  • Balloon (2 per student)
  • String (2 feet per student)
  • Hair (hair does not need to be cut - any student with hair is fine)
  • Aluminium can (1 per student)
  • Wool fabric (small piece per student)
Where can the materials be found?
The necessary materials can be found at an art store or all-purpose store (such as Target)
 

Introduction

Static Electricity - Charges Diagram:

Research Questions

  • What type of charge does a proton have? 
  • What type of charge does a electron have?
  • What type of charge does a neutron have?
  • What is static electricity?

Terms, Concepts and Questions to Start Background Research

For the parent/student, what terms and concepts are required to better understand the project?

The concept of positive and negative charges is essential for this experiment. Also, the concepts of attraction and repulsion are very important.

Experimental Procedure

This experiment has 3 parts. Each part should be conducted separately, then all results should be compared for a final analysis.

Part 1 - Wool Fabric
  1. Begin by blowing up the balloons. Tie the ends of the balloons into knots, and then tie one piece of string onto the end of each balloon (about 6 inches of string per balloon is enough).
  2. Rub the first balloon against the wool fabric, then rub the second balloon against the same wool fabric. 4 or 5 strokes against the wool fabric will suffice. Handle the balloons via the attached string - do not touch the actual plastic of the balloon.
  3. Hold the balloons close together and observe/record their behavior. (Do the balloons cling together? Are they attracted to each other?)
Part 2 - Hair
  1. With the same inflated balloons used in part 1, begin by rubbing one of the balloons back and forth on your hair (or someone's hair).
  2. Slowly pull the balloon away and observe/record the behavior of the hair. (Does your hair react in any way?)
Part 3 - Aluminium Can
  1. Begin by placing the aluminium can on its side on a flat surface (table, floor, etc.).
  2. Using the same inflated balloons used in parts 1 and 2, rub one of the balloons back and forth on your hair (or someone's hair).
  3. After rubbing the balloon on hair, hold the balloon approximately 1 inch away from the aluminium can and move the balloon slowly away from the can.
  4. Observe/record the can's behavior.

Bibliography / References to related books / Links to related sites on the web

http://www.sciencemadesimple.com/static.html

 

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