Tbf, even the "right" way to balance 7 tubes in 24 slots is a bit cursed of you don't look at it as a superposition.
But you've got 3 tubes in an equilateral triangle and 2 pairs mirrored across the center, so we're all good here.
I am not scienced enough to comprehend. :'(
Centrifuge spins really fast so you need to balance where you put the samples, or else it will vibrate. The trick is to put them on the opposite side or equally spaced apart from each other.
Example of an unbalanced spinning thing: https://youtu.be/vROdVsU_K80?t=51
Now that's a throwback
A throwbrick.
Man his wife is gonna be pissed when she's sees what he did to her garden
I think they divorced and he found someone else, which is why he stopped making videos.
(I'm not joking, he explained it in one of his most recent videos)
I've only ever seen that clip with the Harlem shake song. Never knew it was its own thing.
Centrifuges spin really fast, so you need to balance out the things they're spinning, otherwise it can fall catastrophically.
Stick everything on one side and it will effectively explode.
Think of it like a tilt-a-whirl. When you don't distribute the load as best as possible and it starts spinning at an angle, someone (a test tube) will puke.
Or in case of a faster centrifuge, it will shatter into jagged metal shards and imbed itself in the next few walls
That thing spins really really fast.
If you put too many of those things in it in a not balanced way (like all at one side), it's dangerous.
The picture is balanced, but it doesn't look like it is at first glance.
How do they know if it's balanced or not? Would they need do the math manually?
It's just one equilateral triangle and then two pairs. The specific slots the opposing pairs are in don't matter. You can see that each sample of the triangle has a gap of 7 slots between each other.
How neat! Thanks for explaining in a simple and easy to understand way for those of us who aren't in the know. I appreciate it!
Thanks, that's a great explanation! I can see the geometry clearly once you mentioned the equilateral triangle :)
There isn't much math to do really. Take as axioms that the obvious way to balance 2 or 3 tubes is in fact balanced, and that if you add a balanced arrangement of tubes to an already balanced arrangement, the result is still balanced.
You just fucking send it and see if it stays on the table.
Your roulette table could use a touch of paint.
Man I have seen many centrifuges in my life and none roulette tables in real life. But still my stupid ass thought this was a roulette table
All on black!
Oh that would be so fun but my brain can't math that...
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