Overview
This kit allows users to easily visualize and map electric fields generated by custom electrode designs. By simply drawing electrodes with conductive paint, applying a voltage, and measuring equipotential surfaces with a multimeter or voltmeter, users can analyze electric field distributions in a hands-on, interactive way.
Scope of Learning

• Understanding Electric Fields: Visualizing electric fields and equipotential lines. 
• Custom Electrode Design: Drawing and testing different electrode configurations. 
• Field Mapping Technique: Using a multimeter/voltmeter to measure potential differences. 
• Graphical Representation: Connecting equipotential points to form electric field lines. 

Kit Components

• Conductive Paint – For drawing custom electrodes.
• Conductive Graph Paper – For mapping equipotential surfaces.
• Non-Conductive Graph Paper – For field analysis and plotting.
• D-Cell Battery Holder – Powers the electrodes. (Battery not included)
• Corkboard & Push Pins – For securing paper and electrodes.
• Circle Template – For creating precise electrode shapes.
• Colored Leads with Alligator Clips (x4) – For easy circuit connections.

Additional Requirements (Not Included)

• Multimeter or Voltmeter – Required for equipotential measurements. 
• D-Cell Battery – Needed to generate the electric field. 

Salient Features

• Hands-on and interactive learning tool
• Customizable electrode patterns for various field configurations
• Easy-to-use kit with simple setup
• Ideal for physics and electrical engineering education