Bernoulli's Equation via F=ma

We start our tour into Bernoulli's Equation by resolving forces.

Gaussian Math Fluid Mechanics module, situable for those studying it as an undergraduate module.

Check out www.gaussianmath.com for an indepth study with downloadable notes or for more math related content.

Category:

People & Blogs

Tags:

• fluid
• mechanics
• bernoulli
• gaussian
• math
• physics

[Rokmonkey32]

If only he spoke a little slower :(

Aside from that, as a studying mechanical engineer, these are excellent.

[Rideway]

i love you as much as i love fluyd mechanicks, and thats a good thing ;)

keep it like that

[heru1994]

can you prove The ideal gas law (PV=nRT)?

[Jeff1945]

holy fuckballs dude... slow down. 

[J4e8a16n]

I am touched by your passion... You are a loveable man.

But you will have to slow your flow if you want to teach.

We are learning ... slow ... ly. It is our job to be patient.

[snc162002]

I don't understand



[trovial]

no more caffeine 4 u

:)

[TruelyyKC]

I am so raaaaaaw

[TruelyyKC]

Fobbie

[TruelyyKC]

Robbie

[bbqjenny]

asians arent like white people ok. If that is ur going to judge everyone like that. You might as well judge 40% of the married straight professional men as gay.

With a conservative approach...most asians that emphasise on academics have his similiar personality.

no...they are all not gay..=.=

[michaelfraguada]

I understand what you mean. But at a higher level this is how fluid mechanics is given. In high school or even college physics you learn the basic concepts. But fluid mechanics is very complex. The Bernoulli equation is as simple as it gets and there is a lot more to this subject. IDK your mathematical background but to go any further in this topic it is preferable to have a basic understanding of ordinary/partial differential equations. Algebra and calculus isn't enough.