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1. E for Electricity (Inventor)
Introduction to electricity and electronics and how it works!
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2. Build a Solar Car- Prototype
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3. Solar Energy- Solar powered Car (Inventor)
Understand how to apply Solar Energy to your advantage and save the planet with the STEM Project- Solar Powered Car!
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4. Sources of Energy- Solar Cap (Inventor)
Understand the various sources of energy that there are and learn about green and clean energy to be a Climate warrior using the STEM based Prototype- Solar Cap
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5. Application of Wind Energy - Blow Car (Inventor)
Learn how air is different from wind and understand how to create and use wind to move objects using the STEM prototype- Blow Car!
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6. Balloon Powered Boat - Build a Prototype (Inventor)
Understand how air pressure can influence movement of objects due to thrust
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7. Mechanical Energy: Design a Rubber Band Powered Sail Boat (Inventor)
Discover how to make the Wind Powered Sail boat go faster using mechanical energy in the STEM Project- Sail Boat!
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8. Sail Boat - Design Thinking (Inventor)
Understand the use of Science in your everyday and discover its importance with the help of STEM based projects and prototypes!
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9. Design a Lantern Circuit (Inventor)
Design a STEM based prototype of an artificial light source all on your own!
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10. In search of light (Inventor)
Know all about light and what it is made up of and learn how to use light to our advantage!
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11. Build a Torch Light (Inventor)
Learn how to design and build your own DIY Torch Light using this STEM Project!
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12. Design Thinking with Torch Light (Inventor)
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13. Fun with Science - Air and its Application
- Objectives -21st Century Skills
- Materials Required
- Engage – Understanding Air and Wind
- Explore – Learn to make Bouncing bubbles
- Explore – Science of Flying
- Explore – Homemade Harmonica and Paper Pataka
- Explore – Measuring Noise Levels Around You
- Explore – Straw Whistle and six unique Ideas to Try
- Evaluate – Evaluate Your Understanding on Sound
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14. Tinkering Toys - Design Thinking
Explore – Science of Flying
How Do Aero planes Fly?
We’ve all heard that air is the reason that aero planes fly. Let’s know how?.
Here’s what happens:
The airplane’s wing is teardrop-shaped. Air that flows over the top of the wing has to travel a longer distance than the air that flows below the wing, so the air above has to move faster.
This pulls air molecules away from each other, which means they put less air pressure on the top of the wing than the bottom.
But planes are very heavy, right?
So here’s a secret, try this out!
- Sometimes it’s hard to believe that quick-moving air can lift a big plane in the sky. But this can be easily seen using just a piece of paper and your mouth. By blowing over the top of a strip of paper you can see how.
- The special shapes of planes help them to fly.
Watch this video!
What’s happening?
When you blow fast-moving air over the top of the strip of paper, the air pressure decreases above the paper. The air pressure below the strip is a little bit higher and it pushes the paper upward.
To do this, blow over the top of a strip of paper held loosely from one end. Hold the paper strip with both hands and then blow lightly but steadily. Blowing quickly or strongly will make the paper flap.