Fill one particular compact cup with water and add a spoonful of the Borax powder and stir it up. Then set it aside.
2. Fill the other smaller cup with about 1 inch (two.five cm) of the glue.
three. Add three tablespoons (20 ml) of water to the glue and stir.
4. Add a handful of drops of the food coloring and stir it up until mixed.
5. Now the fun part…Add one particular tablespoons of the Borax resolution you produced earlier and stir properly. Watch the slime form!
six. After the slime forms let it sit for about 30 seconds and then pull it off the spoon and play with it!
Tip: Maintain your slime in a tightly closed plastic bag when you are not playing with it, and maintain it away from carpet and your tiny sister’s hair.
Now for the SCIENCE part…. This POLYMER is one of a kind because it has qualities of both a solid and a liquid. It can take the shape of its containers like a liquid does, but you can hold it in your hand and choose it up like a solid. As you may know, strong molecules are tight together, liquid molecules spread out and break apart (drops) POLYMER molecules CHAIN themselves collectively (they can stretch and bend like chains) and that makes them special. Jell-O, rubber bands, plastic soda bottles, sneaker soles, even gum are all forms of polymers. The polymer you produced ought to be kept in a sealed plastic bag when you are not playing with it. Also, be certain to preserve it away from young children or pets who may possibly consider it’s food. Have entertaining!
The project above is a DEMONSTRATION. To make it a correct experiment, you can attempt to answer these inquiries:
1. How can you make the polymer stretch the farthest,
2. Does the quantity of Borax added transform the slime,
3. What approach of storage will make the polymer final the longest,
four. What brand of glue makes the stretchiest polymer,
five. Does the amount of water added to the glue affect the gooeyness of the slime,
Much more from my site
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2. Fill the other smaller cup with about 1 inch (two.five cm) of the glue.
three. Add three tablespoons (20 ml) of water to the glue and stir.
4. Add a handful of drops of the food coloring and stir it up until mixed.
5. Now the fun part…Add one particular tablespoons of the Borax resolution you produced earlier and stir properly. Watch the slime form!
six. After the slime forms let it sit for about 30 seconds and then pull it off the spoon and play with it!
Tip: Maintain your slime in a tightly closed plastic bag when you are not playing with it, and maintain it away from carpet and your tiny sister’s hair.
Now for the SCIENCE part…. This POLYMER is one of a kind because it has qualities of both a solid and a liquid. It can take the shape of its containers like a liquid does, but you can hold it in your hand and choose it up like a solid. As you may know, strong molecules are tight together, liquid molecules spread out and break apart (drops) POLYMER molecules CHAIN themselves collectively (they can stretch and bend like chains) and that makes them special. Jell-O, rubber bands, plastic soda bottles, sneaker soles, even gum are all forms of polymers. The polymer you produced ought to be kept in a sealed plastic bag when you are not playing with it. Also, be certain to preserve it away from young children or pets who may possibly consider it’s food. Have entertaining!
MAKE IT AN EXPERIMENT
The project above is a DEMONSTRATION. To make it a correct experiment, you can attempt to answer these inquiries:
1. How can you make the polymer stretch the farthest,
2. Does the quantity of Borax added transform the slime,
3. What approach of storage will make the polymer final the longest,
four. What brand of glue makes the stretchiest polymer,
five. Does the amount of water added to the glue affect the gooeyness of the slime,
Science Bob
Much more from my site
HOW TO MAKE SLIME - System 1
Develop a film canister rocket
Amazing FOAMY FOUNTAIN
Magic Polymers,
A Density Experiment You Can Drink!
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