Introduction: Implode a Can

Picture of Implode a Can

In this project, you will be able to implode a can using air pressure. You can use it as a great party trick, to learn about air pressure or just do it cause it's awesome!

Let's get to it...

Step 1: What You Will Need:

To complete this project you will need:

  • Water
  • Soda can (any can will do)
  • Tongs
  • Source of heat

Step 2: Pourin' the H2o

Picture of Pourin' the H2o

For step 2, all you need to do is pour 3 tablespoons of water into the soda can. (Don't worry about the amount of water being perfect, just a small amount of water)

Step 3: Get Cookin'

Picture of Get Cookin'

For step 3 just place the soda can onto a source of heat. (stove top, hot plate)

If using a stove plate or hot plate set it to either medium or high heat.

Step 4: It's Nearly Time

Picture of It's Nearly Time

When you start seeing steam coming up from the soda can, then you know it's ready.

If you want to be really scientific you can say "water vapor escaping from the soda can".

Step 5: Show Time!

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With the tongs get the soda can. Once you have the can gripped with the tongs, flip the can upside down into a bowl of cold water.

Boom!

Hope you have enjoyed this project, if you want to turn it into a science experiment then you could check, does the amount of water in the can affect how the can gets crushed.

To find out the science behind this project head over to the "Implode a can" page on the Science Squid website.

For more fun easy experiments like this head over to the Science Squid experiment page.

Comments

clogwog (author)2017-01-02

it didn't work at all.. the lower pressure in the can just pulled the water inside the can..

clogwog (author)2016-12-11

i'll try this.. do you think it would work with pouring boiling water in it, waiting a bit and then tipping it upside down in cold water ?

Science Squid (author)clogwog2017-01-02

I'm sure it would as the experiment revolves around the air pressure inside the can being cooled suddenly, losing it's kinetic energy resulting in lower pressure inside the can hence the can crushes due to the outside pressure being greater. If you do try this please tell me how it went. Curious as to what would happen now!

About This Instructable

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Bio: ScienceSquid loves science, though it can be boring and confusing in school. We bring fun easy experiments that can easily be done at home to ... More »
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