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Mathematics 12 Online
OpenStudy (anonymous):

Solve this equation:

OpenStudy (anonymous):

\[\rho \frac{ Dv }{ Dt }= -∇\rho+∇ * \tau + f\] Provide a solution or counter example. PLSSS I NEED THIS TO GRADUATE!!!

OpenStudy (anonymous):

@SyedaLovesPie @iPwnBunnies @baddiemaddie @Babyslapmafro @iambatman

OpenStudy (anonymous):

-_-

OpenStudy (anonymous):

Your mom.

OpenStudy (ipwnbunnies):

Solve for what?

OpenStudy (anonymous):

first evaluate the gradients

OpenStudy (anonymous):

you'll need to use lagrangian

OpenStudy (anonymous):

Idk what else to do :( I converted and used the material derivative so it follows Newton's second law :( I'm confusssedddd

OpenStudy (anonymous):

I converted it to Lagrange notation already :(

OpenStudy (anonymous):

Lang*

OpenStudy (anonymous):

I really need to solve for this guys... me and my buddies are trying to create a keg pump with optimal flow :(

OpenStudy (ipwnbunnies):

Is it a milk keg?

OpenStudy (anonymous):

There's nothing wrong with chugging gasoline...

OpenStudy (anonymous):

That's not the point... just plzzzz heeeeeeelppppp

OpenStudy (anonymous):

GUYS... I THINK I DID IT

OpenStudy (ipwnbunnies):

Tru.

OpenStudy (anonymous):

Here's the prototype

OpenStudy (anonymous):

Here's the first human trail:

OpenStudy (anonymous):

@satellite73 Can you analyze the effects? Do you think this is correct?

geerky42 (geerky42):

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