Density of Liquids and Materials

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Introduction: Density of Liquids and Materials

About: Rudy Explor: Hack, Test, project and experiment is: Simply a quest for discovery. Here are some of my experiences, life hacks, product testing and random weekend

The mass or density of the liquid depends on its nature.

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The density of a material is for the liquid, the ratio of the density compared to that of water (at 4 ° C).

Step 1: Test With Density of Liquids

In this first experience with liquids in order from bottom to top :

  • honey 1 360 kg / m3
  • Sugar Syrup 1 320 kg / m3
  • Dishwashing Liquid 1 120 kg / m3
  • Water 1 000 kg / m3
  • Edible oil 920 kg / m3

In the second experience with liquids in order from bottom to top :

  • Sugar Syrup 1 320 kg / m3
  • Liquid for cutting metal 1 200 kg / m3
  • Dishwashing Liquid 1 120 kg / m3
  • Milk 1 030 kg / m3
  • Water colored 1 000 kg / m3
  • Edible oil 920 kg / m3
  • Lamp Oil 850 kg / m3

If the density is low, the liquid will float.

If the density is higher, the liquid will flow.

This is why the petrol floats on water when there is a black tide.

Step 2: Test With Density of Materials in Liquids

In this third experience with materials in the liquids in order from bottom to top :

  • screw 7 500 kg / m3
  • Corn 1 300 kg / m3
  • ABS plastic 1 250 kg / m3
  • PE-HD plastic 950 kg / m3
  • PP plastique 860 kg / m3

If you use a 3D printer this experience is certainly very intersente for you.

It will let you visualized that the materials you will use will change the final weight of your object .

If you use a material in a liquid it can float or sink depending on the liquid and material used .
This is also why you will have more filament with PP (polypropylene) that in the ABS coil.

Step 3: Cocktails Storey

You can also create cocktails storey for example (bottom to top):

  • Grenadine syrup
  • Orange juice
  • Colored water
  • Alcohol

Pretty cool ! Is not it?
I hope you enjoyed this instructable.

If you want to see more,

you can visit my YouTube channel (please subscribe) :http://bit.ly/rudyexplor

RudyExplor

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Pretty interesting!