That’s basically how Chinese popcorn is made. They use a pressure vessel to heat up the kernels the releases the pressure and it explosively turns into popcorn.
After explaining the destructive force of a single raindrop over a kilometer in diameter:
Fear reigns supreme as the world fears rain supreme
Poetry. True poetry.
I can only recommend Randall Munroe's books "what if", " how to" and "what if 2". They are really entertaining comedy.
Think explainer was great if you were in for that sort of thing.
That one, I wasn't a big fan of. But maybe that's because I am not a native English speaker. Maybe its better for native speakers.
I could absolutely understand the difficulty of a non native English speaker in understanding the extreme amount of implication and nuance that book requires.
Using simpler words does not mean a smoother conveyance of information.
imagine that you're looking at the night sky and the stars blinked out all at once for just a second
Since they're all so far away and so many different distances away, it would imply something very very very large and very very very fast passed between us and the closest stars. Probably aliens. That would be cool
It'd be fine, we'd have 400 years to get ready.
Oh, so we can start next year?
Then you just live in a totally dark world forever
Let's do the math! If you assume there are 300 kernels, the popcorn will be finished within two minutes, and all kernels popping within 100 ms of each other is sufficient for a big bada boom...
There are 2×60×10 epochs where the bang could occur. Each of the 300 kernels needs to pop in the same epoch, so 1/(2×60×10) is the probability of the second kernel popping in the same epoch as the first kernel. The probability of all 299 popping in the same epoch as the first kernel is (1/(2×60×10))^299 = (2×60×10)^(-299).
Crunching the numbers in the Google search calculator... the probability is zero. That was anticlimactic.
That math assumes a flat distribution of popping times, which I suspect is incorrect.
Listening to a bag of microwave popcorn, it starts off slow, gets more rapid, and then tapers off again, implying that kernels are more likely to pop near the average time, which makes it somewhat more likely for two kernels to pop simultaneously.
But yeah, whole bag at once is probably still basically zero. Unless you use one of these, of course.
Agreed! I admit I made a few sweeping simplifications to shoehorn this into a discrete math problem.
The exact probability is something more like 2*10^-921. Given that it would take around 9 gogol (9*10^926) years of constantly popping popcorns until that happens. Should we try?
Absolutely. You can feed all the unsuccessful attempts to the Shakespeare-typing monkeys.
Except Kerbal popping is rate limited by energy input, there's not an instant of energy flow, there's 150 seconds of energy input, each second increasing the energy, popped kernals absorb less energy allowing the unpopped ones to absorb the incoming energy to each the same state.
If you wanted them to all pop at once you'd need to put that amount of energy in all at once. Not impossible, but not going to happen with your home microwave oven
I can't imagine it would be equally distributed? Probably normal distribution applies over the span, most of the kernels would probably pop within say 20s of each other, and none in the beginning.
That’s basically how Chinese popcorn is made. They use a pressure vessel to heat up the kernels the releases the pressure and it explosively turns into popcorn.
Edit: youtube video
I looked this up, and it's terrifying
I was afraid he'd shoot that dog
What the frick? Let's make a bomb to make popcorn!
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I looked this up, and it's terrifying
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That was awesome especially kicking the lid off.
Watch beginning, then fast forward towards end.
I like this game. Imagine if all of the water vapor in a cloud condensed in an even distribution so that all of the rain fell at once.
"There's an xkcd for that"
https://what-if.xkcd.com/12/
After explaining the destructive force of a single raindrop over a kilometer in diameter:
Poetry. True poetry.
I can only recommend Randall Munroe's books "what if", " how to" and "what if 2". They are really entertaining comedy.
Think explainer was great if you were in for that sort of thing.
That one, I wasn't a big fan of. But maybe that's because I am not a native English speaker. Maybe its better for native speakers.
I could absolutely understand the difficulty of a non native English speaker in understanding the extreme amount of implication and nuance that book requires.
Using simpler words does not mean a smoother conveyance of information.
imagine that you're looking at the night sky and the stars blinked out all at once for just a second
Since they're all so far away and so many different distances away, it would imply something very very very large and very very very fast passed between us and the closest stars. Probably aliens. That would be cool
It'd be fine, we'd have 400 years to get ready.
Oh, so we can start next year?
Then you just live in a totally dark world forever
no no, just a second. like a cosmic blink
xkcd got your back.
Let's do the math! If you assume there are 300 kernels, the popcorn will be finished within two minutes, and all kernels popping within 100 ms of each other is sufficient for a big bada boom...
There are 2×60×10 epochs where the bang could occur. Each of the 300 kernels needs to pop in the same epoch, so 1/(2×60×10) is the probability of the second kernel popping in the same epoch as the first kernel. The probability of all 299 popping in the same epoch as the first kernel is (1/(2×60×10))^299 = (2×60×10)^(-299).
Crunching the numbers in the Google search calculator... the probability is zero. That was anticlimactic.
That math assumes a flat distribution of popping times, which I suspect is incorrect.
Listening to a bag of microwave popcorn, it starts off slow, gets more rapid, and then tapers off again, implying that kernels are more likely to pop near the average time, which makes it somewhat more likely for two kernels to pop simultaneously.
But yeah, whole bag at once is probably still basically zero. Unless you use one of these, of course.
Agreed! I admit I made a few sweeping simplifications to shoehorn this into a discrete math problem.
Assume a frictionless spherical microwave.
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one of these
Piped is a privacy-respecting open-source alternative frontend to YouTube.
I'm open-source; check me out at GitHub.
Here is an alternative Piped link(s):
one of these
Piped is a privacy-respecting open-source alternative frontend to YouTube.
I'm open-source; check me out at GitHub.
The exact probability is something more like 2*10^-921. Given that it would take around 9 gogol (9*10^926) years of constantly popping popcorns until that happens. Should we try?
Yeah lets try, hasnt been done before
https://youtu.be/5LM3uh6PyHU?si=sP9-t4OCmA52Nmwn
Absolutely. You can feed all the unsuccessful attempts to the Shakespeare-typing monkeys.
Except Kerbal popping is rate limited by energy input, there's not an instant of energy flow, there's 150 seconds of energy input, each second increasing the energy, popped kernals absorb less energy allowing the unpopped ones to absorb the incoming energy to each the same state.
If you wanted them to all pop at once you'd need to put that amount of energy in all at once. Not impossible, but not going to happen with your home microwave oven
I can't imagine it would be equally distributed? Probably normal distribution applies over the span, most of the kernels would probably pop within say 20s of each other, and none in the beginning.
Technology Connections on YouTube made a great video about the popcorn functionality on microwave ovens. You should check it out.
My wife found me watching the detergent episode and now asks if I'm watching 'dishwasher man' when I'm on YouTube.
Yes. But he's also Lightbulb Man, Lantern Man and TV a Man. Just to name a few.
also christmas lights man and toaster man
Of course toaster man begot us powdered toast man.
They have a fight, toaster man wins. Toaster man.
Don't let her shame you. That guy is awesome.
my mum calls him the toaster guy
I started dosing the prewash with a bit of powder after that video
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popcorn functionality on microwave ovens
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They do that. With pressure poppers.
imagine two onions. heck, imagine three onions.
that's how you make 뻥튀기! Street vendors let off a loud whistle before the pop. nearly jumped out of my shoes the first time I heard it
Is this the pressure chamber popcorn that goes bang when they open the hatch?
뻥이요!
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뻥이요
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You can literally do this with a pressure vessel.
I feel like the whole bag would just rip open and popcorn would go all over the microwave if every kernel popped at once.
Bombcorn
Isn't this how those Chinese popcorn makers work?
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Chinese popcorn makers
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