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EASY SCIENCE EXPERIMENTS
Oil and water just don't mix but they do provide for some amazing hands-on science!
There’s something very important about oil and water that you probably already know: oil doesn’t mix with water! That explains why oil spills on the ocean float on the surface and why throwing water on a grease fire is just going to make everything worse. Since you realize that oil and water don’t mix and never will (without some chemical help), let’s have some fun with how they repel each other!
NOTE: Before you do this, make sure you’re working in the large tub. This effect is dramatic but the science you demonstrate can get lost in the mess you’ll be making!
Set one of the identical containers in the tub. Fill the container to the brim with vegetable oil.
In an identical second container also in the tub, add several drops of food coloring. The color choice is completely up to you.
Fill the container to the brim with water.
Set the playing card over the mouth of the container filled with vegetable oil. Hold it firmly in place. Lift the oil container, turn it upside-down, and line it up directly over the water-filled container. Set the oil in place over the container holding the water. Keep the card between the containers to let the liquids settle. Slowly and gently remove the playing card. What happens? The oil and water remain in their respective upper and lower containers.
Now, repeat the process. (Basically, this means start over completely.) This time, turn the water container upside down and place it on top of the oil-filled container. Carefully remove the card and watch what happens. The water and oil trade places! If you wait long enough, it will look almost exactly opposite of how it started, too.
First of all, you confirmed what you already knew… oil and water do not mix. The molecules of water can’t mix with the molecules of oil. Even if you try to shake up a bottle of half-oil and half-water, the oil just breaks up into smaller droplets, but it doesn’t truly mix with the water. Also, food coloring only mixes with water. It does not color the oil at all. If you see coloring in the oil, those are tiny droplets of water trapped in the oil.
When you set the water container above the oil container and remove the card, the water sinks and the oil floats. They trade places! Oil floats on the surface because water is heavier than oil. Scientists say that water is denser than oil. This is why the oil always stays in the top container!
TIMESTAMPS:
2:22 Non-mess napkin
4:06 Clothes folding device
9:48 Water+Oil
12:33 Dessert time
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Music by Epidemic Sound: https://www.epidemicsound.com/ This video is made for entertainment purposes. We do not make any warranties about the completeness, safety and reliability. Any action you take upon the information on this video is strictly at your own risk, and we will not be liable for any damages or losses. It is the viewer's responsibility to use judgment, care and precautions if one plans to replicate.
The following video might feature activity performed by our actors within controlled environment- please use judgment, care, and precaution if you plan to replicate.
EASY SCIENCE EXPERIMENTS
Oil and water just don’t mix but they do provide for some amazing hands-on science!
There’s something very important about oil and water that you probably already know: oil doesn’t mix with water! That explains why oil spills on the ocean float on the surface and why throwing water on a grease fire is just going to make everything worse. Since you realize that oil and water don’t mix and never will (without some chemical help), let’s have some fun with how they repel each other!
NOTE: Before you do this, make sure you’re working in the large tub. This effect is dramatic but the science you demonstrate can get lost in the mess you’ll be making!
Set one of the identical containers in the tub. Fill the container to the brim with vegetable oil.
In an identical second container also in the tub, add several drops of food coloring. The color choice is completely up to you.
Fill the container to the brim with water.
Set the playing card over the mouth of the container filled with vegetable oil. Hold it firmly in place. Lift the oil container, turn it upside-down, and line it up directly over the water-filled container. Set the oil in place over the container holding the water. Keep the card between the containers to let the liquids settle. Slowly and gently remove the playing card. What happens? The oil and water remain in their respective upper and lower containers.
Now, repeat the process. (Basically, this means start over completely.) This time, turn the water container upside down and place it on top of the oil-filled container. Carefully remove the card and watch what happens. The water and oil trade places! If you wait long enough, it will look almost exactly opposite of how it started, too.
First of all, you confirmed what you already knew… oil and water do not mix. The molecules of water can’t mix with the molecules of oil. Even if you try to shake up a bottle of half-oil and half-water, the oil just breaks up into smaller droplets, but it doesn’t truly mix with the water. Also, food coloring only mixes with water. It does not color the oil at all. If you see coloring in the oil, those are tiny droplets of water trapped in the oil.
When you set the water container above the oil container and remove the card, the water sinks and the oil floats. They trade places! Oil floats on the surface because water is heavier than oil. Scientists say that water is denser than oil. This is why the oil always stays in the top container!
Music by Epidemic Sound: https://www.epidemicsound.com/ This video is made for entertainment purposes. We do not make any warranties about the completeness, safety and reliability. Any action you take upon the information on this video is strictly at your own risk, and we will not be liable for any damages or losses. It is the viewer’s responsibility to use judgment, care and precautions if one plans to replicate.
The following video might feature activity performed by our actors within controlled environment- please use judgment, care, and precaution if you plan to replicate.
