Description

Introduce basic electrical concepts through hands-on experimentation with this fruit battery science kit. Designed for educational use at home or in classroom settings, this kit allows students to explore how simple electrochemical reactions can generate small amounts of electricity using common fruits or vegetables.

By inserting the included copper and zinc plates into suitable fruits such as lemons, potatoes, or tomatoes, users can create a basic circuit capable of powering the included electronic clock or RGB LED (depending on setup and fruit type). This activity helps demonstrate the principles of voltage generation, conductivity, and simple circuit building in a visual and interactive way.

The kit includes the essential components needed for the experiment. Users must provide fruits or electrolyte solutions separately. Clear assembly instructions are included to guide proper setup and reduce the risk of incorrect wiring.

This kit is intended for supervised educational experimentation.

Specification

Experiment Type: Electrochemical fruit battery demonstration

Power Output: Generated from fruit or vegetable electrolyte

Included Electronic Components: Clock and RGB LED

Conductive Plates: Copper and Zinc sheets

Recommended Use: Educational science demonstration

Included Components

• 4 × Copper Sheets
• 4 × Zinc Sheets
• 1 × Electronic Clock
• 2 × RGB LED Modules
• 4 × Connecting Wires
• 2 × Alligator Clip Wires
• 1 × Assembly Instructions (English)

Features

• Demonstrates basic electricity generation concepts
• Hands-on STEM learning activity
• Suitable for school projects and home experiments
• Includes clock and LED demonstration components
• Encourages interactive science exploration