But what is vorticity?

[@MrSuprateek]

This is one of the best video I've seen on vorticity. I would also like to see something similar on circulation as well

[@komet5420]

ohhhhhh, so it's basically like following one particle through a microscope and looking at the where the surrounding particles go. and the length of the z axis basically tells us how fast it takes the surrounding particles to complete one turn around the particle we follow. makes sense!

[@IntellectA.I.]

Great Video. Best video out there about vorticity!

[@vilmospalik1480]

These videos r great I don’t get why you don’t get more engagement

[@bernardomarques4306]

Your videos are awesome! We need more people like you with this type of content on youtube. Keep up the good work!

[@benr9062]

Man i'm so stressed for exams right now, but this video explains everything perfectly, and your music slaps

[@ahmetenesacar2326]

Great video bro!

[@Ethan-mi1wj]

Very interesting video and cool visuals! Maybe increase the speed of writing and lower the music a bit, otherwise great content!!

[@BorisNVM]

cool video, its easy to understand and beautiful to watch sometimes

[@Diablobuster]

this was an awesome video. thank you!

[@halberggb3124]

The first example has twice the vorticity of the second though right? Either way great explanation.

[@johannesx7958]

that's what i thought too, also makes sense that its double since the x direction induced vorticity is the same but the velocity in the y coordinate is missing so 1/2 the vorticity

[@rocketbrews7758]

Amazing video

[@savewater2840]

So, if we are given a vorticity map of a 2D flow field, how do we then decipher that the vorticity at a point is due to circular motions of fluid (vortexes) or shear motion of fluid (shear flow) at that particular location??

[@kilonova7029]

Thought i finally found a good enough explanation but the audio is too low. fml bro please remove the music and up the audio

[@balmpatchvideos]

Your audio quality is BAD

[@balmpatchvideos]

YOU are not a narrator