Clarification: This is the water density produced by tipserators, correct? Not the alcohol density?For is water spread out over ~20 meter radius sphere? In that case you can calculate it by:
Mass of water (in kg) × molar density of water (in mols / kg) / [ volume of misterator (in m^3) x molar volume of air (in mols / m^3) ] = liquid ratio
Mass of water = 100 kg (from storage seal)
molar density of water = 0.01802 kg / mol = 55.5 mol / kg (source)
Volume of misterator ~ 4 / 3 x pi x r^3 ~ 4 / 3 x 3.14 x (20 m) ~ 33,500 m^3 ~ 30,000 m^3 (assuming misterators are ~20 meter radius)
molar volume of air = 1 mole / 22.4 L = 1 mole / 0.0224 m^3 = 44.64 mol / m^3
so liquid ratio = [100 kg x 55.5 mol / kg ] / [ 30,000 m^3 x 44.64 mol / m^3] = 0.004144
liquid ratio x 1,000,000 = parts per million
parts per million ~ 4,000 ppm
So we can expect tipersators to have about 4,000 parts per million.
Edited in post calculation to determine tipsiness copied here for visibility:Clarification: This is the water density produced by tipserators, correct? Not the alcohol density?
Then use the volume of a cone, v = h x pi x r^2 / 3.With being under the porch giving us a better line of sight, we will probably be using a cone again.
It would be if the answer was "everyone is now wasted". That's doesn't seem to be the case.
So, I think a ninja's Alcohol by Volume would increase by about 1 E -7 % per second they spend in the tipersator. So, to reach a legally drunk (0.08 % blood alcohol concentration) limit, a ninja would need to stay in the misterator for ~ 0.08 / 1E-7 = 80,000 seconds.
Doesn't this depend on how much alcohol is in the tipserator (or did I miss that bit)? Presumably, Noburi added enough alcohol to be at least mildly effective.Edited in post calculation to determine tipsiness copied here for visibility:
Edit: if we're about a percent, that means the air is about 40 parts per million alcohol.
Typical VC is ~ 6 Liters / minute (source), which means we're at about
Volume of air x molar volume of air = 6 Liters x 1 mol / 22.4 Liters = 0.267 Liters / minute = 0.00446 mols / second
Converting to alcohol ratio puts us at
0.00446 mols / second x 0.004144 (mols air / mols liquid) x 0.01 (alcohol percent) = 1.85 x 10 ^-7 mols of alcohol
Humans tend to have ~ 5 liters of blood which converts to
5 Liters blood x 55.5 mol/L = 277.5 mols
So, each second a ninja spends in the tipserator, they effectively add
1.85 x 10^-7 mols of alcohol, which is ~ 1.85 x ^-7 mols of alcohol / 277.5 mols of blood = 6.67E-10 ration of alcohol ~ 6.67E-8% alcohol
So, I think a ninja's Blood Alcohol Concentration would increase by about 1 E -7 % per second they spend in the tipersator. So, to reach a legally drunk (0.08 % blood alcohol concentration) limit, a ninja would need to stay in the misterator for ~ 0.08 / 1E-7 = 80,000 seconds.
Obviously, if a ninja is looking at the miserator and a bunch of it shoots up their nose, this is an entirely different story.
That is accounted for I believeDoesn't this depend on how much alcohol is in the tipserator (or did I miss that bit)? Presumably, Noburi added enough alcohol to be at least mildly effective.
@OliWhail said:Doesn't this depend on how much alcohol is in the tipserator (or did I miss that bit)? Presumably, Noburi added enough alcohol to be at least mildly effective.
which is what I used.
*prepares for more retcons*@OliWhail said:
which is what I used.
If the tipersator was 100 % alcohol (stronger even than Sake), then we'd be closer to making someone legally drunk if they stay in the tipserator for 800 seconds (and your body does no flushing of alcohol).
So far as I can tell, the danger of the tipersator is the same as the danger of the misterator. Namely, if it goes up your nose while dispersing, you probably drown.
I mean, the calculations are for "legally drunk", but given a) we're talking about kids, not adults; and b) we're shooting for a bit lower than that to avoid vomiting and the lot, I think we'd make them "sufficiently drunk" with less time.
"Legally drunk" is the lowest you can go as far as how drunk you are from a symptom standpoint.I mean, the calculations are for "legally drunk", but given a) we're talking about kids, not adults; and b) we're shooting for a bit lower than that to avoid vomiting and the lot, I think we'd make them "sufficiently drunk" with less time.
@Radvic's use of "legally drunk" means a BAC of .08%, but there are levels below that which I was referring to."Legally drunk" is the lowest you can go as far as how drunk you are from a symptom standpoint.
Hopefully the fact that they should be fairly dehydrated and that they're kids swings us some mileage.
Uh, you do realize most people don't vomit until significantly more drunk than legally drunk right? Like, my primary difference at ~0.15% alcohol is that I start taunting people when I beat them at board games. Also, we're ~4-5 orders of magnitude away from getting someone legally drunk for the amount of time they'll be in the cloud, and I'm pretty sure kids vs adults will have, at most, a factor of 4 improvement, which still leaves us with ~4 order of magnitude to gain. Even if we'd used 100 % alcohol, we'd still be ~2 orders of magnitude away from being able to get someone drunk in seconds.I mean, the calculations are for "legally drunk", but given a) we're talking about kids, not adults; and b) we're shooting for a bit lower than that to avoid vomiting and the lot, I think we'd make them "sufficiently drunk" with less time.
Right, so the first "minor impairment of judgement" happens at 0.04 % BAC, which will take 40,000 seconds (or > 10 hours) to reach via our Tipserator.@Radvic's use of "legally drunk" means a BAC of .08%, but there are levels below that which I was referring to.
I mean, the calculations are for "legally drunk", but given a) we're talking about kids, not adults; and b) we're shooting for a bit lower than that to avoid vomiting and the lot, I think we'd make them "sufficiently drunk" with less time.
@Radvic Hate to be a bother, but would altering the force, particle size, or ejection velocity affect your calculations?You spent 2 days finishing your research on Macerator v2.0. It exerts up to 50 MPa of force, can generate particles as small as 50 micrometers, and can eject them at a speed of up to 20m/s (~45 mph). See @Jello_Raptor's examples for what that means. Thanks, JR!
I don't know how else to solve this without a retcon except by just handwaving it and saying the Tipserator is potent enough to get people drunk.
E: Henge makes you 800 times more susceptible to being because Chakra Magic.
1) Blame it on hengeEven then, Noburi would have said something if the strategy was not feasible or he really, really fudged his TN roll. I know this goes against the simulation aspect of the quest but I don't know how else to solve this without a retcon except by just handwaving it and saying the Tipserator is potent enough to get people drunk.
E: Henge makes you 800 times more susceptible to being because Chakra Magic.
I have to admit that until about a few days ago I was under the assumption that Misterators had a significantly denser output than an industrial-scale version of one of those fan/mist spray bottles. Perhaps a fatal error that we assumed that it would work as it did pre-retcon but we were advised to go forward with the plan anyway on pain of consequences so I don't think we would have been able to do anything in character.I find myself asking why we didn't have these calculations done over a week ago.
I find myself asking why we didn't have these calculations done over a week ago.
Noburi will use his medical knowledge to calculate an extremely safe (but still effective) concentration to use.
Uh, that's, like, a solid 50% of the enjoyment I get out of this thread.I don't think anyone wants to regularly sift through scientific journals to puzzle together whether a certain idea is actually plausible or not.
Not really, only impact would be how inhaling it during deployment works, but I'm pretty sure based on misterator use in the past, we're assuming it's negligable. If someone wants to solve the fluid equations to figure that out, go ahead (I won't have time for that sort of significant calculation until Thursday evening at the earliest).@Radvic Hate to be a bother, but would altering the force, particle size, or ejection velocity affect your calculations?