How To Make A Newton’s Disc Science Model

by | Nov 21, 2021 | Physics, Science

Home » DIY » How To Make A Newton’s Disc Science Model

Introduction

In this tutorial, we will learn how to make a simple Newton’s disc science model using readily available materials at home. Newton’s disc was invented by Isaac Newton that consists of 7 colors on a single disc.

When the disc rotates fast, colors fade into white color. The results are based on the principle of light dispersion and follow the concept of temporary optical mixing.

Supplies 

First, let us gather all the essential supplies to get started with your science project.

Material

  • Small toy fan
  • Small battery
  • Wire
  • Cardboard in circle-shaped
  • Paint color
  • Brushes

Steps To Make A Newton Disc Science Model

Step 1: Take circular cardboard and color it in rainbow Colored.

rainbow colored

Step 2: Then, connect a small toy fan with a battery through the connector.

the connector

Step 3: Then, using a glue gun, attach a toy fan to the disc.

fan to the disc

Step 4: With the connection of the battery, the fan starts to move, and the disc.

Newton Disc Working Model For School Science Project

Then, after enough speed, you’ll observe that rainbow colors fade into white color.

Recommendation

Newton’s disc experiment is also called the concept of Newton’s color wheel theory or color disc theory because all the seven colors are arranged in the same petal structure.

When the disc rotates fast enough, all colors together appear to be white.

Newton’s disc science model help students to understand the concept of optical mixing and additive color theory, which states that two or more colors mixed will lead to a different color to the human eye when they are put together.

Things To Remember

  • Working slowly and carefully during the cutover.
  • Work on a self-healing mat to protect your work surface.
  • Learn all you can about the materials and techniques you’re using.
  • Work carefully during wire attachment.
  • The battery will be warm during the experiment, be careful with it.

 

 

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