I will ive just been busy calcing stuff pastfew days.
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Chariot190
Chariot190
A lot of the depths in blog kinda ***** due to the angle, I'd just use body depth tbh for most (so chest-to-back thickness given they implanted in, i dont thnk it'd change them much anyway. For feat 2-3)
Tbf, ya could probably get away with pulv too, most look like compression feats for feats 1-3, a few pebbles at the edge wouldn't change that.
the speed feat is ***** tho, the math aint wrong inherently, but we cant tell how much he actually fell so idk, like i can accept the math but dk if it'd be usable
Blog 2, lil rough but most good, the 6-C calc tho, that "mountain" looks more like a hilll, given the trees, id just scale off a tree tbh, rest look ok and the beam feat even has a cloud split.
So most fine, mostly one feat in blog 2 and a few in 1 (but pulv would compensate and make it higher anyway)
Tbf, ya could probably get away with pulv too, most look like compression feats for feats 1-3, a few pebbles at the edge wouldn't change that.
Blog 2, lil rough but most good, the 6-C calc tho, that "mountain" looks more like a hilll, given the trees, id just scale off a tree tbh, rest look ok and the beam feat even has a cloud split.
So most fine, mostly one feat in blog 2 and a few in 1 (but pulv would compensate and make it higher anyway)
Viott
I found another method for depth in my first calculation, can you check it?
In my second calculation, I used the average peak height instead of the mountain.
In my second calculation, I used the average peak height instead of the mountain.
Chariot190
K so
Calc 1, 2, and 3 fine (depth is kinda generous for 3 but eh, good enough, I'll accept all 3).
Calc 5 for LS fine, lowend too, I can accept it as it is if ya want, but you can get way higher tho, which leads into the next.
Calc 4 is just a fracture, he cracked it, and it split under the pressure, he didn't pulp a foot width of rock. You could get AP off that but it'd be negligible. If you still wanna calc it, I'd recommend doing F=MA and work to get both LS, and AP.
For boulder speed, and momentum, ya can use human run speed (given it overtook a dude running), and for stop timeframe, would need a lil effort to get, but pixel scale the distance it was from crushing that dude, and then just do basic math to get how much time it'd take something moving at human run speed to cover that distance, that would be the minimum timeframe given it can't be any lower than that. Would not be surprised if it was 9-A and Class M.
Calc 6 I just can't evalevaluate, to vague to assume any distance fell.
Blog 2 done, a few kinda rough but I'm not gonna be hardass over negligible values.
Calc 1, 2, and 3 fine (depth is kinda generous for 3 but eh, good enough, I'll accept all 3).
Calc 5 for LS fine, lowend too, I can accept it as it is if ya want, but you can get way higher tho, which leads into the next.
Calc 4 is just a fracture, he cracked it, and it split under the pressure, he didn't pulp a foot width of rock. You could get AP off that but it'd be negligible. If you still wanna calc it, I'd recommend doing F=MA and work to get both LS, and AP.
For boulder speed, and momentum, ya can use human run speed (given it overtook a dude running), and for stop timeframe, would need a lil effort to get, but pixel scale the distance it was from crushing that dude, and then just do basic math to get how much time it'd take something moving at human run speed to cover that distance, that would be the minimum timeframe given it can't be any lower than that. Would not be surprised if it was 9-A and Class M.
Calc 6 I just can't evalevaluate, to vague to assume any distance fell.
Blog 2 done, a few kinda rough but I'm not gonna be hardass over negligible values.
Viott
I recalculated account 4, can you check?
Chariot190
That only works because the blade actually embedded itself within the rock and was actively pushed through it. In this feat it's just a fracture, not a cut. If he took his leg, kicked the top of it, and dragged his leg down the rock's middle, it'd work. But he didn't. He basically just did the thing where you hit glass and splinters.
Also, for stopping it, youre lowballing it quite a bad, ya dont want to his shoulder, ya want to his feet (as it is, the calc implies everything below his shoulder got crushed). And you don't want the boulders acceleration, you want its deceleration.
But I typed that shit before bed (it was like 5am), waking up I realized a better method.
K so. 201038.1744 kg and 7.7mps (run speed), that's 5959777 joules for boulder KE.
It stopped completely by the time his foot was embedded within it, aka, it was stopped over a distance of his sole to his ankle, idk bro's height so let's say 6 inch, ie, 0.1524m (you'd need to figure out a more exact distance but yeah).
5959777j/0.1524m = 39106148.2939632545931759N.
Which is like, 3987.7173442 tons. Class M.
Also, for stopping it, youre lowballing it quite a bad, ya dont want to his shoulder, ya want to his feet (as it is, the calc implies everything below his shoulder got crushed). And you don't want the boulders acceleration, you want its deceleration.
But I typed that shit before bed (it was like 5am), waking up I realized a better method.
K so. 201038.1744 kg and 7.7mps (run speed), that's 5959777 joules for boulder KE.
It stopped completely by the time his foot was embedded within it, aka, it was stopped over a distance of his sole to his ankle, idk bro's height so let's say 6 inch, ie, 0.1524m (you'd need to figure out a more exact distance but yeah).
5959777j/0.1524m = 39106148.2939632545931759N.
Which is like, 3987.7173442 tons. Class M.
Chariot190
You can, but I'm not sure it'd be higher given the peak speed was 7.7mps (prob higher but best we can do without a statement).
He'd need to stop it in like 1/10th a second to get anything decent, which he might have but idk if it's possible to get a timeframe beyond "distance bro was from rock, time it would take 7.7mps to cover that". Then you'd find deceleration (because he decelerated it to 0).
He'd need to stop it in like 1/10th a second to get anything decent, which he might have but idk if it's possible to get a timeframe beyond "distance bro was from rock, time it would take 7.7mps to cover that". Then you'd find deceleration (because he decelerated it to 0).
Viott
I fixed it
Is there a formula for splitting the rock in two?
Is there a formula for splitting the rock in two?
Chariot190
I meant the dude's foot, who kicked it, by the time his foot was ankle-deep into the rock, it stopped. Ie, it was stopped over the distance between his heel and ankle.
Which, idk, is like 6 inches? Like a soda can in depth ig. You can just steal what I did ig, I can't find an average for that anyway.
Which, idk, is like 6 inches? Like a soda can in depth ig. You can just steal what I did ig, I can't find an average for that anyway.
Chariot190
Also not like that, ya could calc the fractures and stuff, but it'd be just 9-B.
Viott
Sorry, I misunderstood.
I found the actual length instead of guessing, can you check again?
I found the actual length instead of guessing, can you check again?
Chariot190
There. Calc 6 idk if it's safe to eval but the rest fine.