"Glow & Go: Building Simple Circuits"

Today, our young scientists became little electricians as they explored the magic of simple circuits! Using batteries, wires, and bulbs, they discovered how electricity flows and how circuits power everyday devices.

With big smiles and curious minds, they experimented with open and closed circuits, tested switches

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🌟 Fun with Clay Dough: Changing Shapes! 🎨✨

Our little learners had a fantastic time exploring how we can change the shape of clay dough using different actions! 🎉

🔎 Activity Overview:

The children were given soft clay dough and encouraged to experiment with different ways to change its shape by:
✅ Bending – Folding the dough like a rainbow 🌈
✅ Stretching – Pulling it long like a rubber band 🎸
✅ Squashing – Pressing it flat like a pancake 🥞
✅ Twisting – Twirling it like a candy wrapper 🍬

🧠 What They Learned:
Through this fun, hands-on activity, the kids discovered that some materials, like clay dough, can change shape easily when we apply force! It helped them understand how objects can be flexible or rigid.

🎉 Conclusion:
The activity was a perfect way to develop fine motor skills, creativity, and early science concepts. The children had a wonderful time molding and shaping their dough into different forms!

 

🔎✨ "Magnet Can Pull!" – Fun with Magnetism! 🧲

Our young scientists explored the amazing power of magnets in a hands-on activity! They tested different objects to see which ones a magnet can pull (attract) and which ones it cannot.

🔬 Activity Overview:
Children were given a variety of objects, such as paper clips, wooden keychain, hair pin, safety pin, eraser,  tissue , stone , and keys. They used magnets to test which objects were magnetic.

🧐 What They Discovered:
✅ Magnets pull objects made of iron and some metals, like paper clips and keys.
❌ Magnets do not pull objects made of plastic, wood, or rubber.

💡 Learning Outcome:
This fun experiment helped children understand the concept of magnetism and the properties of different materials. They learned that not all metals are magnetic—only some, like iron and steel!

🎉 Conclusion:
The activity was a great way to spark curiosity and hands-on learning. The kids had so much fun predicting, testing, and discussing their discoveries!

Stay tuned for more exciting science adventures! 🚀🔍