The Reynalds Transport Theorem [Fluid Mechanics #22]

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[@bernadettebouchard415]

Me: *sitting depressed in front of my laptop trying to understand fluid mechanics*
You: "This is actually one of the coolest things in mechanics!"
Me: "Challenge accepted."

[@firerulesthesky]

I wish I found your channel months ago!!!

[@scugglebottom]

Simmy will you be doing a video on the colebrook equation?
Great vids by the way again, really making my life easier in fluids 2 module!!!

[@eniqkandthekongo4185]

understood perfectly, thank you

[@lukaszb9565]

thx m8 you make clear 4 out of 10 questions on my exam in one video ... respect

[@mohammadshoeb2138]

very well explain👏

[@nikan4now]

You said in order for the mass within the CV to remain the same...how's that necessary? The mass within the control volume can change with time.

[@Hobbit183]

Fluid is incompressible

[@gauthamhonnavara]

Hi, Can you provide an example for this theorem( say, like using a toothpaste) for a position x along a nozzle of length L
Thanks,
Gautham

[@hscar1024]

Wow good

[@zee9000_]

Did you give up on this? A more in depth explanation of how the equation works would be nice.

[@petter9078]

Ehm, not the best video on transport theorem...

[@salvastalker]

Then why are you here instead of watching other, "better" videos, or even making your own?

[@petter9078]

What? I dont understand

[@allandavis6116]

This video is pure nonsense.