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The Gender Race v4.0 - [Emperors vs. Empresses]

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369

I don't think I've ever seen this many girls here before.
 
371 OH BIG HECK YEAH!!!! Come on girls..lets do something here! *thumb up*
 
371.you really need to fix your counting,dude!

just got to sleep,man! *dull*
 
372.no worries we can still handle him!

i'll work on the girls fighting theme and the story of beating boys...three girls out of nowhere...peachy-san you gotta join us!
 
372...alright alright..you don't have to say it out loud i hate,Math..okay *dull*
 
373

Okay, if you really want to know.... for my Thesis, I need to separate grainsize fractions, based on the law of Stokes (which calculates the time it needs a certain grain size (in my case µm-size) to settle in a water colum of a certain height, keeping in mind the environment Temperature (which influences the water's viscosity). And if you lost it, it's just basically a column of water. And I have to wait the calculated time, and remove everything that's not settled by then. 8D; For the 16 µm fraction, it takes 20 minutes at 22°C, for 8µm it's 1h27 at same temperature.

I'm a Geology student, so I have my reasons to mess with dirt and particles. |D
 
374.that must be so painful @.@ are you done yet??
 
It's not painful. It's quite fun. The waiting last week (8µm fraction) was boring though, I didn't have anything else to do but browse the internet and stuff, but now (16µm fraction) goes much faster. I can barely keep up with the 375 beakers of water I'm collecting. |D I wish the lab had more big beakers. 1L beakers are too small. |D

I'm alost done with the 16 µm. If I have enough <8µm material, I might have to start separating at 4µm. @_@
 
376..wow!interesting.... you're a geologist!!! now you remind me of prof.Liden Brooke :3

is it for school or you just doing that for practice!
 
376.I'm a ninja!! ^.^

JNath-kun..NOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO!!! don't reduce the number!!! can you play with the girls?? you can be the knight and cover us!!what do you think?? :D
 
377

It's my part of my Master Thesis, so it's not just practice. The smallest fractions will be analysed on C/N isotopes and other chemical elements. The results will be compared to the results of a sediment core taken of Laguna Parrillar (S.-Chile). The sediments I'm working on are from soils surrounding the lake. That way I'll be able to tell which soil got eroded when. (hopefully, that is |D)

It's okay if you don't understand what I'm saying. o3o I'm bad at explaining. Just imagine a particle of any given size sinking to the bottom of a glass beaker filled with water. The time it takes to reach the bottom of the beaker depends on a lot of factors (Temperature and Viscosity of the water (wiki it, if you don't know what viscosity is), height of the beaker, particle size, etc).
 
377

Sorry. 8D Ah, well, at least I seem to have it better than a friend of mine who spends her days looking through the microscope.
 
378..Um,i kinda understand but tbh if i were you that would be so tiring to me!!>.<

though,hope you get the best grades and job opportunities :3
 
380!!!!! :3

thank you,i'm an economist but i don't like my job tbh

you don't know what to do..how about a analyzing laboratory?? :3
 
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