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If Sir Isaac Newton, the British scientist who gave us the theory of gravity, were alive today, he just might be confused by gloop. Gloop, a solution that behaves a little like a solid and a little like a liquid, seems to defy the laws of gravity.
When gloop is molded into a ball, it stays that way for a short time, but then gravity pulls it down -- and it becomes a liquid. Amazing!What You'll Need:
- Measuring cup
- Mixing spoon
- White glue
Step 1: Mix 1 teaspoon borax with 1/3 cup warm water in a glass. Stir well.
Step 2: Mix 1/6 cup white glue with 1/6 cup water in a bowl. Stir well.
Step 3: Mix 3 to 4 teaspoons borax solution into the glue. Using less borax makes a slightly stickier gloop. When the gloop gets thick, knead it with your hands.
Step 4:. Play with the gloop, and discover its properties. Notice how far it can be stretched. Mold it into a ball. Put the ball in the center of your palm. Observe how the ball becomes a liquid and drips between your fingers.
Safety reminder: When you're finished experimenting with your gloop, place it in a plastic bag and toss it in the trash. Don't pour it down a sink; it will clog pipes. And as with other chemistry activities, don't eat anything you make.
Did you know that your bones are strong because they're hollow? Keep reading fun science projects for kids to learn more.For more exciting science projects, check out: