ScienceMan Digital Lesson - Physics - Non-Newtonian Fluids

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Published 2011-07-24
ScienceMan.com provides free digital lessons and technology integration help for teachers and students. In this digital lesson, ScienceMan discusses and demonstrates the behavior of non-Newtonian fluids, and compares them with Newtonian fluids. ScienceMan™ and ScienceMan Digital Lessons are protected by copyright. All rights reserved.

All Comments (21)
  • @stigyanblue1442
    Mum: wtf are you doing? Me: hammering bowls of fluids Science!
  • @komali100
    Something that wasn't mentioned was how Non-Newtonian fluids are broken down further into 3 different classes, Plastic, Psuedoplastic, and Dilatant. Plastic and psuedoplastic fluids are also called shear thinning, because the more force, or shear, is applied, the more fluid they become. However, plastic fluids need a certain amount of force to be applied before they'll start to move. Psuedoplastic fluids will move as soon as force is applied. Ketchup is a plastic fluid. Paint is psuedoplastic.
  • @asiansheep5407
    GOD! If somebody fell into a swimming pool of that, it would hurt a lot, then you would drown!
  • @komali100
    Dilatant is what is called shear thickening because it becomes less fluid, or more viscous, when more force is applied. The corn starch solution mentioned in the video is a good example of this.
  • This is very interesting and amazingly explained, thanks for sharing
  • @CHICHI-vn9kd
    Thanks for the great video! I have tried this DIY of non-Newtonian fluid before and as I poured excess water, it failed and become something just like normal liquids.... Remember don't add too much water...
  • Really a nice explanation. I use this video to explain the concept to my students. Thank you!
  • @divent6894
    Man this would be borderline magic for me as a kid if they showed it in school but no all they do is let you smell some sulphur
  • @walter2332
    Now I understand the concept of it, tyvm and nice video!
  • @huyked
    Wow. So cool. Thanks ScienceMan!
  • @cuteyanderefan
    This is really cool! I never knew there were actual terms to these kind of things.
  • @damiangames1204
    Shampoo is speciafically designed to be viscous unless you shear it with your hands, so it doesn't run off your hands, but spreads nicely when you shear it while applying to your hair
  • @ReaISchIep
    thank you for the video. I needed that info for my homework!