Visualizing Bernoulli's principle in term of head (height) (animation)

This video will help you to visualize Bernoulli's equation in terms of height. You will understand what elevation head is , what is dynamic head (velocity head)? and what is pressure head? .. Completely watch the video to understand and feel the power of this great equation.
also, I suggest you to watch , my pitot tube video. It will help you a lot :)

and don't forget to subscribe for more :)

[christianalvarez]

Once you get over the creepy computer voice, these are incredible visual and verbal explanations. Subscribed!

[oyiebhoy]

Great educational video brother. This channel is very underrated. Thank you for sharing your knowledge.

[bizarrelance]

You are a lifesaver, I had confusion about what P actually meant and you cleared it. Thank you.

[Juantodd]

The v1> v2 condition would be applicable for compressible fluids. The earlier portion of the video uses water as the fluid, making v1 = v2 as it is considered incompressible. Not stating this in the video would be confusing to people attempting to learn from this tutorial.

[m.bahadryesilkaya]

wrong explanation at the end of the video !! Velocity of the fluid doesnt change if the diameter remains the same. Drop in the pressure head does not affect the velocity head. Note that the discharge is the same all along the pipe!!

[shmkrar]

Very intuitive explanation. Thank you!

[shriharir]

Perfect !

Why dont colleges teach us this way.

[zakirullah]

for the first time i learn it. thank you for

[ptoktedia]

very helpful and very good animation explanation. Thanks

[abhrajitsaha]

Hello mam, thank you so so so so much for such nice videos, helps me in my course so so so so much!!!!

Mam just one doubt I have is why does that Static Pressure exist? I mean I know that it comes from bernoulli derivation, but whats the physical significance of this static pressure?

[nishawaskle]

you make a very great video it helped me a lot please make more

[suheladesilva]

This was a great video, thanks so much.

[ringowu]

what a useful video. Thank you for sharing.

[mchidurala]

Hello, I really like your animated videos. These videos definitely are very helpful in understanding the concepts better. I would like to implement similar videos for my lectures. Could you please inform me how can I make them?

[macinh]

Can you explain why P1 > P2 alway, please? I don't understand this point.

[johnlocke]

I don’t understand how velocity will be higher at a point of the pipe that is higher in the system. Just doesn’t intuitively make sense to me.

[javidmammadli]

Thank you for the video! I have one question, why at the entrance of pitot tube velocity decreases to zero? shouldnt it increase to maximum because of low diameter?

[rede_neural]

1:23 didn't understand how reducing the fluid velocity to zero there will help

[eng.mohanad]

I hope if it was translated into Arabic 💜

[bobfredrick]

Do you want me to teach you Japanese? I'll trade it for engineering tutoring.