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A Newtonian fluid is a fluid in which the viscous stresses arising from its flow, at every point, are linearly correlated to the local strain rate—the rate of change of its deformation over time. That is equivalent to saying those forces are proportional to the rates of change of the fluid's velocity vector as one moves away from the point in question in various directions.

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I had try everything to break it but it didn't break. In conclusion I want to say that it is impossible to break it or it is but you will need a lot of weight and power.

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I started jumping on it and it became shaking and as I stepped off it also stopped

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I decided to take the heaviest dumbbell I have got. I dropped it from the height of 50cm and it did a little crater then bounced off and sank.

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The same as the previous one.

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I dropped a dumbbell from a height of 20 cm and It had made nothing to it and just bounced off and then sank.

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Then I went to the garage and took a hammer. I hit it and the hammer has made a hole but as I remove it, it disappears.

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Then I took a screwdriver and started hitting it. It has made some hole but after I stopped they were gone because it is a liquid.

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Then I hit the newtonian liquid as hard as I can but didn't do anything to it.

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I took a cup and dropped (20cm) it on the newtonian liquid. The cup broke but the newtonian liquid stayed alive

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The newtonian liquid had easily passed a hit of a spoon.

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Let's start this experiment with something lightweight:

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Let's start this experiment with something lightweight:

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Hypothesis: Anything has a breaking point so  If I increase the weight the newtonian liquid will break.

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Hypothesis: Anything has a breaking point so  If I increase the weight the newtonian liquid will break.

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In this experiment we will be testing how much weight can a newtonian liquid hold.

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In this experiment we will be testing how much weight can a newtonian liquid hold.

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Hello and welcome to my science project!

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Hello and welcome to my science project!