Fluids & Pascals Principle with PhET Simulations

  Рет қаралды 6,191

Step by Step Science

Step by Step Science

Күн бұрын

This video uses the Under Pressure HTML5 online simulation from PhET Interactive Simulations to investigate Pascal’s principle. We will use the four windows of the simulation to look at the relationship between pressure and depth, the relationship between pressure and the shape of the container, to define Pascal’s principle and to the determine the density of the mystery fluid and the gravity of the mystery planet.
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Chapters:
00:00 Introduction
1:05 What is Pressure?
5:20 Pressure vs. Depth
9:04 Pressure vs Shape of the Container
11:35 Pascal’s Principle
14:55 Mystery Density
18:05 Mystery Gravity

Пікірлер: 12
@uuuuu8250
@uuuuu8250 Жыл бұрын
Amazing 😁🤩🤩🤩🤩👏👏
@yusrialfarabyfamily1013
@yusrialfarabyfamily1013 8 ай бұрын
Thank you..
@stepbystepscience
@stepbystepscience 8 ай бұрын
Welcome!
@Pottery4Life
@Pottery4Life 2 жыл бұрын
To be clear (for me) in the third example, the force of the 500 kg weight displaces the same mass of water causing a rise in the level on the right side. This additional height (or depth of pressure gauge) is shown as an increase in pressure. Correct?
@stepbystepscience
@stepbystepscience 2 жыл бұрын
Yes, correct.
@Pottery4Life
@Pottery4Life 2 жыл бұрын
@@stepbystepscience Thank you. My next thought would be what if this were a closed system and you exert a 500 kg force on the surface without displacement. (compression only) Would the gauges read the same pressure? I think the would be yes as well.
@uuuuu8250
@uuuuu8250 Жыл бұрын
Thank you so much sir 😃💗🤗🥰💗🙏
@stepbystepscience
@stepbystepscience Жыл бұрын
Always welcome, best wishes to you.
@preetikansara5121
@preetikansara5121 Жыл бұрын
-really helpful
@stepbystepscience
@stepbystepscience Жыл бұрын
Glad it helped!
@user-if6xh6hs7z
@user-if6xh6hs7z Жыл бұрын
hi, are they the same formula or method for obtaining density in fluid A and C?
@stepbystepscience
@stepbystepscience Жыл бұрын
Yes they are
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