Science Experiments You Can Do at Home

Textbook learning is abstract. Seeing something happen—a volcano erupt, liquid change colour, ice melt at different rates—makes concepts stick.

Home experiments also build curiosity and confidence. Kids realise they can figure things out, test ideas, observe results. That's the scientific method in action.

You don't need a fancy lab. Your kitchen has everything: vinegar, bicarb, water, food colouring, salt, oil. Chemistry happens.

Colour mixing: Mix food colouring with water. Let them predict what yellow + blue makes. Observe.

Fizzy reactions: Bicarb + vinegar. Watch it bubble. Talk about acids and bases without using those words: "This stuff makes that stuff fizz!"

Floating and sinking: Collect household items. Predict: will it float? Test it. Why did some float and some sink?

Melting and freezing: Freeze water with objects inside. Pour warm water, watch what melts first. Time it. Talk about temperature.

Magnets: Explore what magnets stick to. Discover metals vs non-metals.

Volcano: Bicarb in a cone of playdough or paper. Vinegar + food colouring + dish soap. It erupts. Talk about chemical reactions.

Crystal growing: Salt or sugar solutions. Observe crystals forming over days. Patience + observation + chemistry.

pH testing: Use red cabbage juice (boil chopped cabbage, drain) as a natural pH indicator. Test different household liquids. Acids turn it pink; bases turn it blue/green.

Invisible ink: Lemon juice on paper, heat to reveal. Explore oxidation.

Pendulums: String + weight. Swing it. Measure the period. Test whether length affects speed. Physics.

• Backyard Science (ABC): Australian show with simple, safe ideas
• SciShow Kids (YouTube): Educational, engaging, experiment-friendly
• Steve Spangler Science: Website and books full of wow-factor experiments
• Kids' science blogs: Frugal Fun for Boys/Girls, Little Bins for Little Hands—organised by age and concept
• Your school's science curriculum: Often has experiments listed. Replicate them at home

Most experiments use things you have. No special budget needed.

• Do experiments in washable areas (kitchen, bathroom, outdoor spaces)
• Protect surfaces with newspaper or a plastic sheet
• Supervise hot water and sharp tools
• Wear aprons or old clothes
• Prep cleanup supplies before you start
• Involve your child in cleanup—it's part of the learning

Messy is good. Mess means they're learning through hands-on experience. Clean up together, not as punishment.

After an experiment, the talking matters as much as the doing.

"What did you think would happen?" "What actually happened?" "Why do you think that happened?" "What would happen if we changed [variable]?"

This is inquiry. You're not teaching facts—you're developing thinking skills and curiosity.

If you don't know why something happened, great. Look it up together. Model: "I don't know—let's find out."