Fun Summer Science! | A SciShow Kids Compilation

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The lesson “Summer Science Fun: Bubbles, Kites, and More!” encourages students to explore science through engaging outdoor activities during summer break. It covers the science behind blowing bubbles, the principles of kite flying, creating a solar updraft tower, and making ice cream using a scientific method, highlighting the fun and educational aspects of each experiment. Students are invited to try these activities and share their experiences, fostering a love for learning in a playful environment.
  1. What do you think makes bubbles round, even if the wand is a different shape?
  2. How does the sail of a kite help it fly in the air?
  3. What happens to the ice and salt when you make ice cream, and why is it important?

Summer Science Fun: Bubbles, Kites, and More!

Summer break is here, and it’s the perfect time to enjoy the warm weather and try some fun science experiments outside. One of the coolest things you can do is blow bubbles. Bubbles might seem simple, but there’s a lot of science happening in their short lives!

Blowing Bubbles

To blow bubbles, you need bubble liquid (mostly soap and water) and a wand. Dip the wand into the liquid and blow gently. If you blow too hard, the liquid will just splash out. Bubbles are like a sandwich with a layer of water between two layers of soap. The soap helps the water spread out and form a bubble.

Even if you use a wand with a different shape, like a diamond, the bubbles will still be round. This is because the water particles pull on each other, giving the bubble its round shape. When you pop a bubble, you’re breaking the attraction between the water particles, letting the air escape.

Flying Kites

Another fun summer activity is flying kites. Kites fly because of their big, flat sail. The sail is tilted so that the back is lower than the front, which helps the air push up on the kite and keep it in the air. The tail of the kite helps keep it stable by weighing down one side.

You can make your own kite with a plastic sheet, two dowels, string, and some tape. Once it’s built, find a windy day and a big open space to fly it. Have a friend help you launch it by holding the kite while you pull on the string.

Solar Power Experiment

On a sunny day, you can try making a solar updraft tower. This tower uses the sun’s energy to make air move upward and spin a paper pinwheel. You’ll need three tin cans, tape, a piece of wire, thumbtacks, and a square piece of paper.

Stack the cans and tape them together. Make a wire arch on top and attach a pinwheel. Place the tower near a sunny window, and watch as the sun heats the air inside, causing the pinwheel to spin.

Making Ice Cream with Science

Feeling hot? Make some ice cream using science! You’ll need cream, sugar, vanilla, ice, salt, and two sealable bags. Mix the cream, sugar, and vanilla in the small bag. Fill the large bag with ice and salt, then place the small bag inside.

Shake the bags for about 5-10 minutes. The salt makes the ice melt, which cools the cream quickly, turning it into ice cream. Enjoy your homemade treat!

We hope you have a fantastic summer filled with fun and learning. Try these experiments and share your results with us. Have a great time in the sun!

  1. What do you think makes bubbles so interesting to watch? Have you ever tried blowing bubbles, and what shapes did you see?
  2. When you fly a kite, how does it feel to see it soaring in the sky? Can you think of other things that fly in the air and how they might stay up?
  3. Have you ever made something using the sun’s energy, like the solar updraft tower? What other ways can we use the sun to help us do things?
  1. Bubble Shape Exploration: Try using different shaped wands to blow bubbles, like a square or triangle. Observe what shape the bubbles take. Discuss why bubbles are always round, even when the wand is a different shape. Can you think of other things in nature that are round? Why do you think they are round?
  2. Kite Design Challenge: Create your own kite using materials you have at home, like paper or fabric. Experiment with different shapes and sizes. Once your kite is ready, take it outside on a windy day and see how well it flies. What happens if you change the shape or size of the sail? How does the tail affect the kite’s stability?
  3. Solar Power Observation: Build a simple solar updraft tower using tin cans and a pinwheel. Place it in different sunny spots around your home and observe how the pinwheel spins. What happens when you move it to a shady area? Discuss how the sun’s energy can be used to make things move and think of other ways we use solar power in our daily lives.

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