1. Balloon-Powered Car 🚗🎈
- Concepts: Newton’s Third Law, Aerodynamics
- How it Works: Attach a balloon to a straw fixed on a small car frame. As air escapes, the car moves forward.
2. Hydraulic Lift Model 🏗️💦
- Concepts: Pascal’s Law, Fluid Mechanics
- How it Works: Use syringes and tubing filled with water to demonstrate how hydraulic systems lift heavy objects.
3. DIY Electromagnet 🧲⚡
- Concepts: Electromagnetism, Magnetic Fields
- How it Works: Wrap copper wire around an iron nail and connect it to a battery to create a temporary magnet.
4. Water Bottle Rocket 🚀💨
- Concepts: Newton’s Laws of Motion, Air Pressure
- How it Works: Fill a bottle with water and pressurize it with air; when released, it launches like a rocket.
5. Simple Electric Motor 🔄⚙️
- Concepts: Electricity, Magnetism, Motion
- How it Works: Use a coil of wire, a battery, and a magnet to build a motor that spins.
6. Solar-Powered Oven 🌞🍕
- Concepts: Heat Transfer, Renewable Energy
- How it Works: Use a cardboard box, aluminum foil, and plastic wrap to concentrate sunlight and cook food.
7. Floating Magnetic Train (Maglev Model) 🚆🧲
- Concepts: Magnetic Levitation, Friction Reduction
- How it Works: Arrange magnets on a track and a small platform to demonstrate how maglev trains float.
8. Egg Drop Challenge 🥚💥
- Concepts: Gravity, Air Resistance, Impact Forces
- How it Works: Build a protective structure (using straws, cotton, etc.) to prevent an egg from breaking when dropped.
9. Pendulum Wave Experiment ⏳🔁
- Concepts: Harmonic Motion, Wave Interference
- How it Works: Arrange pendulums of different lengths side by side and release them to see mesmerizing wave-like patterns.
10. Homemade Spectroscope 🌈🔬
- Concepts: Light Spectrum, Refraction
- How it Works: Use a CD or prism to split white light into different colors, showing the spectrum of visible light.
Would you like a detailed step-by-step guide for any of these projects? 🚀
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