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Mathematics 22 Online
OpenStudy (anonymous):

PLEASE HELP ME! I NEED THIS TO FINISH SUMMER SCHOOL!

OpenStudy (anonymous):

Do you have a question?

OpenStudy (anonymous):

Ill be happy to answer it if you do.

OpenStudy (anonymous):

\[i \hbar(\frac{ \partial }{ \partial t } ) \psi (r,t) = [\frac{ \hbar^2 }{ 2m } gradient^2 + V(r,t)] \psi (r,t)\]

OpenStudy (anonymous):

Provide a solution please!

OpenStudy (anonymous):

And apply the uncertainty principle!

OpenStudy (anonymous):

Im sorry although im only in 7th grade. I have no clue what half of that even contains lol.... Sorry! I try my best to help out with some algebra 1 questions

OpenStudy (anonymous):

AHHHHH!!! SOMEONE HELP ME!!!

OpenStudy (anonymous):

I'm going to fail my final again tomorrow! I can't be held back in 2nd grade again! I already plotted the Cartesian coords, I just need help with the summation!

OpenStudy (anonymous):

@AccidentalAiChan @artofspeed @aric200 @anqie37 @ashleydutcher @emmigrace222 @hugsnkisses @LovelyRita @Broskishelleh @oliviagutz @lopez9407 @brianadieudonne

OpenStudy (anonymous):

Don't let me get held back again!

OpenStudy (anonymous):

My mom is going to whip me if I don't finish this :(

OpenStudy (dan815):

bahahahaha

OpenStudy (anonymous):

She's coming now! Hide!

OpenStudy (dan815):

please provide the time dependent solution, ive been trying to solve it

OpenStudy (precal):

what course are you studying?

OpenStudy (anonymous):

This is 2nd grade science. I'm a big boy now!

OpenStudy (anonymous):

you want to solve that in order to what? and the gradient operator? is in reference to what?

OpenStudy (precal):

2nd grade?????? Not in the US

OpenStudy (precal):

sorry can't help you

OpenStudy (anonymous):

No No... China!

OpenStudy (anonymous):

lmao

OpenStudy (dangerousjesse):

Hahahahaha

OpenStudy (schrodingers_cat):

Looks like schrodingers equation lol.

OpenStudy (anonymous):

My teacher said that if I can't come up with either a counter example for Navier-Stokes equation a solution for Schroedinger's Time-Dependant equation, he's going to fail me!

OpenStudy (precal):

Sounds like a challenge. Did you not complete the regular work and exams?

OpenStudy (precal):

Sorry still can not help you

OpenStudy (dangerousjesse):

So, who's going to tell him?..

OpenStudy (schrodingers_cat):

Hmm millennium problem or quantum mechanics hahaha

OpenStudy (anonymous):

just exactly what's wrong with current fluid dynamics?

OpenStudy (anonymous):

Everything according to my teacher. He told me that he "couldn't get the fluids going" last night. Whatever that means...

OpenStudy (anonymous):

good counter example for Navier-Stokes equation ;) 1) find equation for simple fluid inside tube with different openings, 2) predict behavior for the next 2 hours 3) bust the pipe and prove it was wrong!

OpenStudy (anonymous):

lmfao!

OpenStudy (dangerousjesse):

Navier-Strokes*

OpenStudy (anonymous):

or shove a troll down the pipe.... that could work too XD yeah @DangerousJesse bad stroke there ;)

OpenStudy (anonymous):

I GOT THE ANSWER

OpenStudy (anonymous):

Terrible stroke...

OpenStudy (dangerousjesse):

Oh well, we can work on the stroke later.

OpenStudy (anonymous):

I can't believe they didn't include that.

OpenStudy (anonymous):

use that as a guide

OpenStudy (anonymous):

Good bye cruel world. My mom is shipping me to Africa. At least it's a UPS box this time.

OpenStudy (anonymous):

LOOOOOL

OpenStudy (dangerousjesse):

If it fits, it ships.

OpenStudy (aric200):

All of that and then im Just like |dw:1404262546534:dw|

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