Bernoulli's Equation

[iyashrj]

Sir, I saw this video 3 years back when I was in 11th grade. I was about to give my finals and this video cleared all my doubts. you were so well organized throughout the explanation. I forgot to gave a nice comment when i watched this video for the first time, it's never too late, so here i am. Wishing you good health sir. Love from India.

[ptyptypty]

WOW!!... Dr Anderson... that was the BEST video on the derivation of Bernoulli's Equation I have seen... and I have viewed at least 8 Your explanation was so Organized from beginning to end!!.. Your style is a rare and talented gift.. Thank you!!

[gauravsekar]

how on earth do you write in the mirror writing way?!
i hope you get what i mean :P

[looper]

We used this in the fire department when calculating fire hose nozzle pressures. At the pump, we had to calculate incoming available water from the hydrant (gallons per minute depending on the water main diameter) while feeding different diameter fire hoses with nozzles at the end that were squirting water 2 or 3 stories above ground level; taking what we called "Friction Loss" and "Elevation Loss" into consideration so as not to starve the hose by not providing enough water for the men at the nozzle (while also taking into consideration the fire load at the time), or by over-pressuring the line making it difficult to control or move (hose too stiff to bend). It was fascinating to take all this into consideration at the time, and nerve-wracking at the scene because what you dialed (nozzle pressure and gallons per minute) directly affected the interior attack personnel and their safety.

[SauravKumar-zmbk]

sir i am from india.

how did you provide a quality education for free...

in india education is just a buisness.

[suminhwang]

Thanks for giving such a good lecture to me. I got it what is meant to be. Thank you, Professor.

[HeenaAskarChennai]

According to bernolli's theorem, the sum of pressure energy, kinetic energy and potential energy per unit mass of an incompressible, non viscous fluid in a streamlined flow remains a constant.

[infinitymfg]

In less than 8 minutes you gave the best explanation of Bernoulli's equation that I have ever heard. You explained what can be a very complication concept in a way that made it easy to relate to without missing any steps at all.

[Shubhamkhandodia]

hey sir i am from india and i swear i have read a lots of books but this explanation was the best and the easiest one to remember too.thank you for this video.love from india for MR .MATT ANDERSON

[basilbinoy]

Sir what is exactly f2.and xplain why it is in the opposite direction please

[imonsanyal]

Why is there a force F2? Is it the gravitational force?

[afiabegum]

Wow...just gave my exam 3-4 hrs ago
There was a question to derive Bernoulli's Equation for 5 marks
It's ok...never to late to learn

[monkeydgoofy]

Sir you explained the Bernoulli's Equation so smoothly and making notes alongside really helps Sir !
Thanks for your Hard work !!😻🙏🏼

[lukamihelac]

Thank you, this helped me with my finals..
Greetings from student from Croatia :)

[theq]

Hi I hope you're good
Really interesting lecture I really enjoyed it but I didn't understand that ( v=1/2mv2-1/2mv2 ) where these came from?

[letshavesomefun]

Sir which marker are you using?
Plz tell i also want to buy it

[nikunjdeepupadhyay]

Sir plz make video on radioactivity and sir kindly tell from which country you are sir?

[allansmith]

Work energy theorem does not include potential energy.how you wrote work done=change on ke + change in PE.It should only be ke

[GRAN_EME]

a ver, lo voy a simplificar i=x2+y0 \ o=x1+y1, hacen mucho quilombo al pedo, usen equivalencias es mas simple

[hamiuetian]

What is the name of this methodology? Means technique ? I am also interested using this technique for my YouTube channel