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Experiment Power Generation Model From Fruit Electrical Generation

Experiment Power Generation Model From Fruit Electrical Generation

This classic Fruit Electricity Experiment Kit allows children and students to explore the fascinating world of electrochemistry. By inserting copper and zinc sheets into fruits like lemons, apples, or potatoes, you can create a simple battery capable of lighting an LED. A great hands-on science activity for classrooms or at-home experiments!
9.45 AED 9.45 AED Tax Included
9.45 AED Tax Included

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Features:

  • Classic DIY science experiment for kids and students
  • Demonstrates how chemical energy converts to electrical energy
  • Encourages curiosity, creativity, and scientific thinking
  • Easy to assemble and safe for young learners

Important Notes:

  • Not all fruits can generate power—try different ones to experiment
  • The generated voltage depends on the acidity of the fruit
  • Ensure correct polarity when connecting the diode (+ and -)
  • Multiple fruits may be needed in series to generate enough voltage to light the LED

Specifications:

  • Recommended Fruits: Lemon, Apple, Pear, Potato (others can be tested)
  • Typical Output Voltage:
    • Lemon: 0.99V
    • Apple: 0.96V
    • Pear: 0.95V
    • Potato: 0.6V

Package Includes:

  • 2 × Copper sheets
  • 2 × Zinc sheets (or aluminum)
  • 2 × LED lights (1 backup)
  • Wires for connections

Instructions:

  1. Insert one copper and one zinc sheet into each fruit
  2. Connect fruits in series using wires
  3. Attach LED observing correct polarity
  4. Watch the LED light up!