Total pressure, static pressure and dynamic pressure explained.

[@kannaryketh7367]

Your video extremely help me. Thank you very much. Keep going!

[@learnittheeasyway7118]

Thank you for the comment!

[@luiss.3866]

Pretty much the static pressure is the pressure that pushes outward(for example in a balloon the static pressure is what makes it get bigger) and the dynamic pressure is the pressure that flows( aka the fart noises the balloon makes when air is coming out)

[@svpenterprises8810]

Fantastically explained ... Grate . Thanks a lot

[@rajeevhr5941]

Excellent.. Explained very good

[@MrJcmino]

Very well explained.

[@TheTopnotchEngr]

How is P01 = P02 in a pipe with the same diameter throughout its length when the dynamic pressure is equal at the inlet and outlet? For fluid to flow, static pressure P1 must be greater than P2. Since dynamic pressure is conserved, isn't it that P01 will have to be greater than P02 because the fluid's static pressure increases but the dynamic pressure remains the same?

[@user-ey8tc2pr5w]

thank you ! It is very helpful

[@learnittheeasyway7118]

You are welcome! :) If you like the content please subscribe to the channel and share it among like minded people who may benefit. It keeps us motivated!

[@jdtaramona]

Thank you very much for your teaching contribution!!!

[@linnertjacques1263]

Good Video. Thank your Sir.

[@benumadhabchakraborty7611]

You explained in the video that fluid flows from higher static pressure to lower static pressure.,but in the case of diffuser static pressure is less in the inlet but greater in the outlet,then how does the fluid flow from lesser static preaaure to higher static pressure

[@learnittheeasyway7118]

Hello Benumadhab, The video explains the fluid flows because of change in either dynamic or static pressure at inlet and outlet which is also true for diffuser, if you watch the complete video at 8:00 the nozzle and diffuser is explained clearly.

[@weepinggiraffe]

NOTE TO CAMERA MAN at around 6:45 you need to focus on what the teacher is writing!

[@learnittheeasyway7118]

Thank you for the note @weepinggiraffe. This is going to be improved from next uploads.

[@kashifnaseem220]

You should have given more practical example from engineering point of view, like a supply duct for example.

[@basketweaver1144]

ASMR fluid mechanics?

[@TheMrgoodmanners]

For incompresdible fluid flow yes total pressure will always be conserved, but once the fluid flow crosses the standard Mach 0.3 threshold and its turns incompressible, bernoullis principle which assume inviscid fluid action begins intrepidly breaking down. The total pressure now becomes coupled to the speed of the flow. Its especially bad in high speed supersonic fluid flow where its possible to get total pressure losses of up to 15%.Good video nonetheless

[@thecatalystiitbombay1255]

Why Po1 equals Po2?

[@muhammadwaheedriaz2570]

Sound problem sir.

[@kennethlobo4420]

I could not hear a word.sound problem