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 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.
![Tee Grizzley - Blow for Blow (feat. J. Cole) [Official Video]](http://i.ytimg.com/vi/wNLN5xsx5dc/mqdefault.jpg)
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?
Yes, correct.
@@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.
Amazing 😁🤩🤩🤩🤩👏👏
Thank you so much sir 😃💗🤗🥰💗🙏
Always welcome, best wishes to you.
Thank you..
Welcome!
-really helpful
Glad it helped!
hi, are they the same formula or method for obtaining density in fluid A and C?
Yes they are