Team First // Meg Ivy

Team First // Meg Ivy

2019 Fall Team First
This photo demonstrates the layering of different densities and what happens when a tube forces air into the bottom of the vessel. When the air is forced into the vessel, bubbles of air are created that flow to the top because air is the least dense. As the bubbles rise, a column forms as more dense liquids from each layer are pulled up with the air into layers of less density.

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17 Comments. Leave new

  • Sophie Adams
    Oct 9, 2019 09:10

    I love this image, the bubbles inside the liquis are really interesting. Great lighting set up!

    Reply
  • Salah Ammar
    Oct 2, 2019 12:48

    Interesting experiment. The colors were nice and they match in a good way

    Reply
  • Abduljalil Almashama
    Oct 2, 2019 12:25

    Great work. I like how it looks like you are demonstrating different phenomena using densities. For example, the part in the middle looks like a sandstorm.

    Reply
  • Nebiyu Tadesse
    Oct 2, 2019 12:24

    Love the color and how this looks a volcano or tree of life.

    Reply
  • Alejandra Abad
    Oct 2, 2019 12:24

    I didn’t understand the straw, I’m glad now that you spoke on it, I can see the air flow.

    Reply
  • Audrey Viland
    Oct 2, 2019 12:22

    I love seeing the air bubble through the four layers. You can clearly see the fluid mechanics behind the experiment.

    Reply
  • Jared Moya
    Oct 2, 2019 12:22

    Great photo! I like how you captured the flow in each density. I almost looks like a bunch of different worlds/realms.

    Reply
  • Jason Fontillas
    Oct 2, 2019 12:21

    I love the color gradient of the liquids together. The bubbles only in the oil gives the photo nice contrasting texture with the clear liquids.

    Reply
  • Blake Chin
    Oct 2, 2019 12:20

    I like how you can clearly see the different textures of the fluids.

    Reply
  • Jennifer Kracha
    Oct 2, 2019 12:20

    You created a beautiful image with all five layers of fluids. You did a great job capturing the rising jet through each layer.

    Reply
  • Antonio Gueretta
    Oct 2, 2019 12:19

    Great image! The lighting works really well in the image to bring out the boundary layers.

    Reply
  • Mary Rahjes
    Oct 2, 2019 12:19

    I like that you were able to capture the boundary layers between the different fluids, especially in the very top fluid.

    Reply
  • Dimario Cancanon
    Oct 2, 2019 12:19

    I like how you generated a plume with the air stream! Really interesting phenomenon!

    Reply
  • Peter Rosenthal
    Oct 2, 2019 12:19

    I like how each layer has a different shape of the rising jet as it passes through.

    Reply
  • Conan McHugh
    Oct 2, 2019 12:19

    Interesting experiment. I like how you can see the path of the bubble travel through each different fluid

    Reply
  • Robert Drevno
    Oct 2, 2019 12:19

    Genius use of visualizing the different densities of fluids. I enjoy the air bubbles traveling through the fluids.

    Reply
  • Matthew Knickerbocker
    Oct 2, 2019 12:18

    Great demonstration of all the different density fluids and how they interact!

    Reply

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