In a quaint corner of the classroom, young scientists gathered for an intriguing experiment that promised a splash of colour and a dash of wonder. The Simple Color-Changing Water Science Experiment captivated their attention as they prepared to unveil the magic of pH indicators.

With beakers and clear cups at the ready, they filled each container with water and added a few drops of natural pH indicator derived from red cabbage. The moment the vibrant liquid met the water, a marvellous transformation began. As they slowly introduced various household substances—like vinegar, baking soda, and lemon juice—the water shifted from a deep purple to shades of pink, blue, and green, dazzling the keen-eyed observers.

"This is not just a party for the eyes!" exclaimed their teacher, guiding them through the science behind the colours. "What you’re witnessing is the reaction between the acids and bases, altering the pH level and, in turn, the colour of the water. Isn’t it fascinating how something so simple reveals the hidden properties of these everyday items?"

The room buzzed with excitement as each child eagerly added their own concoction, marveling at how the simple act of mixing could unveil the secrets of chemistry. Through laughter and shared discovery, they learned not only about science but also about the joy of exploration and the beauty of colour.

The Craft Stick Bridge STEM activity invites young engineers to explore the principles of design and structural integrity using simple materials. Participants gather an assortment of craft sticks, typically made from lightweight wood, along with glue, tape, and sometimes additional items like string or paper clips.

Tasked with constructing a bridge capable of supporting a specified weight, students must apply concepts of geometry and physics. As they brainstorm and prototype their designs, they learn vital skills such as teamwork, problem-solving, and critical thinking.

Once the bridges are built, they are subjected to testing, where weights are gradually added to evaluate their strength. This hands-on experience not only fosters creativity but also deepens understanding of engineering concepts, making it an enjoyable and educational endeavour for all involved.