Bernoulli's Equation for Fluid Mechanics in 10 Minutes!

Bernoulli's Equation Derivation. Pitot tube explanation and example video linked below. Dynamic Pressure. Head. Fluid Mechanics.

0:00 Streamlines
1:00 Tangential and Normal Acceleration
1:49 Bernoulli's Equation Derivation
2:42 Assumptions
4:26 Bernoulli's Equation
4:52 Summary of Assumptions
5:30 Stagnation Pressure
6:31 Head Form of Bernoulli
7:19 Look for Examples Links Below!
7:35 Lecture Example

Previous Lecture:
Buoyancy for Fluid Mechanics in 8 Minutes!

Next Lecture:
Streamlines, Pathlines, and Streaklines - Eulerian vs. Lagrangian in 10 Minutes!

Example 1: coming soon
Example 2: coming soon
Example 3: coming soon

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Other Fluid Mechanics Lectures:

5. Flowlines: Streamlines, Pathlines, and Streaklines
7.
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Other Engineering Courses (Playlists):

[dylanw]

Are you still working on this series? I would love to see the rest of the lectures as well as the examples, they’ve been really helpful in your other series.

[coco-uzro]

Best lecture there is, I understand this so much better because of you. Thank you!

[cemalbasaran]

REALLY these videos help me understand Bernoulli's principle, thank you teacher

[carltamondong]

Hello Bro new subscriber here, you're really helpful. Would you mind sharing what app/software you use for your presentation where you write your notes? Thank you

[hour]

why is the patm at 09:20 equals to 0 instead of 101, 325 Pa?

[lesleytran]

I love your channel! Is there any chance i could email you with a problem to calculate the deflection of a BMX handlebar? Kind regards

[mechanicalkiller]

Very Helpful !!

Luai @ KFUPM
9 March, 2022

[vladimircastanon]

Are you still working on this series? I would love to see the rest of the lectures as well as the examples, they’ve been really helpful in your other series.