Color Splash : Science Time with Parikshet

Watch this fun and entertaining video from Kids Fun Learn Club!

The science behind it, made simple

Science is just a careful way of asking questions and looking for answers. When you wonder why the sky is blue, why ice melts, or why magnets stick, you are already thinking like a scientist.

The cool part about science is that anyone can do it, including kids. All you need is a question, a bit of patience, and the willingness to be wrong sometimes. Mistakes are how new ideas get discovered.

Real scientists test their ideas with experiments. They write down what they expect, try it out, and see what happens. If the result is different from what they thought, that is not a failure. It is a clue.

The more you learn about one part of science, the more you spot it everywhere. Cooking is chemistry. Sports are physics. Even brushing your teeth has a tiny science story behind it.

Fun facts to share at school

  • Your body has around 37 trillion cells, all working together
  • Honey never goes bad, even after thousands of years
  • Bananas are slightly radioactive, but completely safe to eat
  • A single bolt of lightning is five times hotter than the surface of the Sun

Try this at home

Pick one fact above and explain it to a grown up at dinner. Teaching someone else is one of the fastest ways to remember a science idea for good.

Frequently Asked Questions

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About This Story

In this science video, Parikshet shows how to create stunning colour explosions in milk using food colouring and dish soap — a simple kitchen experiment that teaches real chemistry about fat, surface tension, and molecular attraction in a spectacular visual way.

What to Look For

  • Watch how the food colouring stays still in the milk until the soap touches it — and then explodes outward in all directions at once.
  • Notice which colours mix when they collide and what new colours they create.
  • See how touching the soap to different spots on the plate creates multiple explosions from different centres simultaneously.
  • Observe how the movement gradually slows as the soap spreads evenly through the milk and the reaction comes to a natural end.

Words to Know

  • Surface tension: The "skin" on the surface of a liquid that holds molecules together — soap breaks this tension.
  • Fat molecules: Tiny particles of fat in milk that repel soap molecules, creating the movement you see.
  • Reaction: When two substances interact and change each other's behaviour — the soap reacting with milk fat is what drives the colour explosion.
  • Pigment: The chemical that gives food colouring its colour — it shows you where the fat molecules are moving.
  • Diffusion: The spreading out of molecules from a concentrated area to a less concentrated one — what you see happening as the colours spread.

Talk About It!

  1. Why does the experiment work with full-fat milk but produce less dramatic results with skimmed milk?
  2. What do you think would happen if you tried this experiment with orange juice or tea instead of milk?
  3. How is this similar to how soap cleans greasy dishes — what does the soap actually do to the fat?

What Did You Learn?

Soap breaks down fat molecules, and when it does so in milk, it creates enough energy to drag food colouring in beautiful patterns — the same science that makes soap clean your hands and dishes every single day!