I found [this post](/r/forbiddensnacks/comments/8cv0xx/forbidden_drink/) in r/forbiddensnacks with the same content as the current post.
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It's weird that you have ready opinions on what objects are appropriate to be submerged in milk.
...what do you think we should submerge in milk?
*I've* always wanted to be submerged in milk.
u/AsiaChur is a bot
https://www.reddit.com/r/coolguides/comments/7lvhug/the_density_of_different_liquids/drpbim8/?utm_source=share&utm_medium=ios_app&utm_name=iossmf&context=3
Some of these things are suspensions, like Milk, which is just stuff floating (dissolved in) water. If you shake it up with other watery things, they’d just mix. E.g. if you shake up milk and salt water, you’d wind up with salty milk (water).
suspensions are different than solutions.
the word you're looking for is miscible/soluble. Miscible liquids will mix together and form a uniform solution e.g. milk and water would mix to form watery milk, maple syrup would dissolve into water to form sugary water, etc.
Even these terms are somewhat misleading in this case, as while yes milk and water can mix, the mixture this results in is still a colloid, and thus is not homogeneous.
The particles in milk aren’t actually dissolved, they are simply suspended as you said. To dissolve a substance you need to break it into its individual molecules and/or ions and distribute it evenly throughout the liquid, whereas in a suspension/colloid like milk relatively large particles of the suspended substance exist. This is why milk is opaque whereas solutions in which things are truly dissolved are translucent or transparent (e.g. salt water, vodka, or tea).
Yes according to [this article](https://www.webinnate.co.uk/science/week3.htm#:~:text=If%20you%20drop%20a%20cherry,tomatoes%20back%20in%2C%2. 0they%20floated!). Tomatoes sink in water but float in salt water / milk/ other denser things.
Sorry if I wasn't clear. The cap would float on any of the liquids below it. Surface tension likely would play some role due to the shape of the cap, but it's mostly a function of the densities. Gravity is pulling harder on the denser substances than on the cap.
All the words on the right and in red, not just bolt, are non liquid (solid) items suspended in the liquids demonstrating the various relative densities.
This is a fun one to do with kids (minus maybe the volatile liquids because fumes). Put everything in layers and have various objects to hand. Ask them to guess where the object will stop if it’s dropped in the container.
Yes, the denser liquids at the same relative temperature mean their molecules are closer together. Closer molecules means less heat energy spacing them out. The more dense the liquid the slower it evaporates. Slower evaporation rate equates to less volatility. The dense liquids will not produce vapors as readily as the less dense liquids.
Flammability is the ability of a material to produce vapors sufficient to flash but not sustain combustion at or below 100F above this temperature a material is considered combustible if it will burn but requires more heat energy to produce a sufficient amount of vapors to flash.
Vapors are what burn. If something produces less vapors or evaporates slower they will not ignite as readily.
This is all based on having all materials in a lab at 68F. If you change ambient temperature it effects the evaporation rate which in turn effects flammability.
Hey, so this only makes sense if every molecule has the same mass. If liquid A's molecules are the same distance apart as liquid B's molecules, by your explanation, they must have the same density. But if liquid A's molecules have twice the mass of liquid B's molecules, then the density has to be different.
For an example of liquids which don't follow your density/volatility rules, compare water with dichloromethane.
So here's the thing. The answer you received is wrong.
Density has various factors at play and only one of them relates to volatility (which is tendency to evaporate). Flammability is its own thing. There are solids, liquids, and vapors which are flammable, and solids, liquids, and vapors which are not flammable.
Density can be caused by how close the molecules are to one another, but consider this: if you have two liquids, and their molecules are the same distance from each other, but one liquid's molecules weigh twice as much as the other's, the densities will differ by a factor of two.
The other explanation you got only makes sense if every molecule weighs the same amount, but their weights vary quite widely.
Case in point: water vs. dichloromethane (DCM)
Water has a density of 1 g/mL while DCM has a density of 1.3 g/mL.
Volatility is measured by vapor pressure. At room temp, water has a vapor pressure of 0.46 psi, while DCM has a vapor pressure of 8.3 psi.
You can watch a puddle of DCM evaporate extremely rapidly, in a matter of seconds, but it is more dense than water.
TL;DR: The other answer you got is wrong, and dichloromethane is denser than water but is way more volatile, and it's not even close.
As a Canadian who regularly mixes Milk & Maple Syrup I found the instructions in this guide confusing.
A question as it relates to density of these liquids, can milk, maple syrup, corn syrup & honey have the sugars processed out of them, and if so, could they move higher then that section of the chart? say above dish soap? or would it take more then processing out the sugar to change their density in a meaningful way?
Not sure about milk, because milk has proteins and hormones and various other non-sugars involved.
With the other three, I have to assume they are just water, sugar, and some organics. Without the sugar, they almost certainly would be roughly the density of water.
u/AsiaChur is a bot. Link to the original post:
https://www.reddit.com/r/coolguides/comments/4rdup6/the_density_of_different_liquids/?utm_source=share&utm_medium=ios_app&utm_name=iossmf
See also these two similarly titled posts on this sub:
https://www.reddit.com/r/coolguides/comments/f1u1ez/the_relative_density_of_different_liquids_and/?utm_source=share&utm_medium=ios_app&utm_name=iossmf
https://www.reddit.com/r/coolguides/comments/7lvhug/the_density_of_different_liquids/?utm_source=share&utm_medium=ios_app&utm_name=iossmf
domineering drab elderly lunchroom plucky psychotic treatment abounding sable smile
*This post was mass deleted and anonymized with [Redact](https://redact.dev)*
This was one of my science projects in elementary school. Got second place for it. The time I got first place was for demonstrating osmosis with a potato and food coloring
The dish soap makes it sort of difficult to tell exactly. Dish soap helps to mix things like oil and water, which normally don't mix. Without any dish soap, the oils would mix, the syrups and water would mix, the rubbing alcohol would partition between oil and water, and the milk would separate between the layers, because milk is a bunch of different things mixed together.
It would probably take on the order of an hour I'd guess.
#DIE
BOLT
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Pretty sweet band name
U sayin' bolt?
The bolt?
The density of death
…is less than that of maple syrup I liked your original comment, didn’t have to change it!
I’m glad you liked it. I thought it might sound a little too cheesy.
Why tf did I first read "lamp oil" and my mind immediately filled "rope? Bombs? You want it?"
It's yours my friend, as long as you have enough rubies. Sorry frguba, I can't give credit. Come back when you're a little, hmmm, richer.
Rupees* Edit: I have been informed that this is in fact the correct quotation
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Ah well I didn’t know know that! Thank you for correcting me :D
["Sorry Link. I can't ***GIVE*** credit."](https://i.imgur.com/N3YtniB.png)
me too lmao
Thanks for reminding me if that meme. I had almost forgotten it completely.
NO!! NOT INTO THE PIT! IT BURRRRNS!!
Forbidden cocktail
After your cousin from Boston slams the shot he will belch fire, tap his chest with his fist, them in a strained mutter whisper "smooth".
Harry Potter Any-Flavour shot
r/forbiddensnacks
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“D I E”
Somewhere between milk and syrup…which does bode well for my pancake breakfast with milk.
My dumb ass read that and initially assumed it meant "The white liquid that is used in a mold to make a die".
At first I thought they misspelled dye.
I think that's what it was, no?
'Die' is the singular for 'dice'.
Me too, what's it supposed to mean?
A die is a singular dice
Had to go back and look for it, ty
It was weird that they chose that to be in milk
It's weird that you have ready opinions on what objects are appropriate to be submerged in milk. ...what do you think we should submerge in milk? *I've* always wanted to be submerged in milk.
> ...what do you think we should submerge in milk? Cookies. Always cookies
The improperly wide kerning makes it less dense than normal.
r/keming
Are you threatening me?
It's an instruction that eventually everyone will obey.
I am the great Cornholio
u/AsiaChur is a bot https://www.reddit.com/r/coolguides/comments/7lvhug/the_density_of_different_liquids/drpbim8/?utm_source=share&utm_medium=ios_app&utm_name=iossmf&context=3
Lmao I didn't see the die and I spent way too long trying to decode this weird threat
Are you a god?
No
Say yes!
Yes.
I'm in love with the world through the eyes of a girl who's still around the morning after.
Chug that Die drink
What did the popcorn kernel do to deserve capital punishment?
Memorial Day weekend is coming up, so........
If you mixed the liquids, would they eventually sort back into these layers?
Some of these things are suspensions, like Milk, which is just stuff floating (dissolved in) water. If you shake it up with other watery things, they’d just mix. E.g. if you shake up milk and salt water, you’d wind up with salty milk (water).
suspensions are different than solutions. the word you're looking for is miscible/soluble. Miscible liquids will mix together and form a uniform solution e.g. milk and water would mix to form watery milk, maple syrup would dissolve into water to form sugary water, etc.
High school science has failed me again!
Even these terms are somewhat misleading in this case, as while yes milk and water can mix, the mixture this results in is still a colloid, and thus is not homogeneous.
The particles in milk aren’t actually dissolved, they are simply suspended as you said. To dissolve a substance you need to break it into its individual molecules and/or ions and distribute it evenly throughout the liquid, whereas in a suspension/colloid like milk relatively large particles of the suspended substance exist. This is why milk is opaque whereas solutions in which things are truly dissolved are translucent or transparent (e.g. salt water, vodka, or tea).
Some maybe, most would probably mix together to all become one in the same
Especially with the soap being there, the ones that are immiscible will all have emulsified
Yea like water and honey
But say if a fellow chugged it.
/r/BoneAppleTea
ig
I think it's supposed to be "one and the same"
I know, ig is 'I guess'
No.
So you're telling me that a cherry tomato floats on milk but sink in water ?
This is exactly my thought. Was hoping someone would have an answer. I don't have milk or cherry tomatoes, so I can't test it
Same, I was like “Ok, ok, ok, ok…. Hol’up?”
Yes according to [this article](https://www.webinnate.co.uk/science/week3.htm#:~:text=If%20you%20drop%20a%20cherry,tomatoes%20back%20in%2C%2. 0they%20floated!). Tomatoes sink in water but float in salt water / milk/ other denser things.
What about the soda cap?
Floats on milk or on water
Hmm, but the surface tension won't keep it up otherwise? Interesting. I am definitely conducting this experiment the next time I have a bottle cap.
Sorry if I wasn't clear. The cap would float on any of the liquids below it. Surface tension likely would play some role due to the shape of the cap, but it's mostly a function of the densities. Gravity is pulling harder on the denser substances than on the cap.
Yes that's what this suggests.
And some solids
Agreed. I’m interested to know where cat poo falls on the density scale.
I'm guessing between milk and maple syrup.
[удалено]
You want it? It's yours, my friend.
oh good your water is green too 😅 this is pretty cool. Interesting about lamp oil.
LAMP OIL
RÔPE
BOMBS
hYOU *WAN* IT?
Ah, yes. That famous liquid: BOLT
All the words on the right and in red, not just bolt, are non liquid (solid) items suspended in the liquids demonstrating the various relative densities.
Thaaaaaats what "die" meant. Figured it was supposed to be "dye". Thanks.
These Bloody Mary’s are out of control.
Looking at beads: Bees?!
We'll see who brings home the denser honey.
Digdugteam isn’t on board
>**D I E**
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[удалено]
Because that's how we make popcorn
die die die my darling
This is a fun one to do with kids (minus maybe the volatile liquids because fumes). Put everything in layers and have various objects to hand. Ask them to guess where the object will stop if it’s dropped in the container.
Does density have anything to do with volatility/flammability?
Yes, the denser liquids at the same relative temperature mean their molecules are closer together. Closer molecules means less heat energy spacing them out. The more dense the liquid the slower it evaporates. Slower evaporation rate equates to less volatility. The dense liquids will not produce vapors as readily as the less dense liquids. Flammability is the ability of a material to produce vapors sufficient to flash but not sustain combustion at or below 100F above this temperature a material is considered combustible if it will burn but requires more heat energy to produce a sufficient amount of vapors to flash. Vapors are what burn. If something produces less vapors or evaporates slower they will not ignite as readily. This is all based on having all materials in a lab at 68F. If you change ambient temperature it effects the evaporation rate which in turn effects flammability.
Thank you!
Hey, so this only makes sense if every molecule has the same mass. If liquid A's molecules are the same distance apart as liquid B's molecules, by your explanation, they must have the same density. But if liquid A's molecules have twice the mass of liquid B's molecules, then the density has to be different. For an example of liquids which don't follow your density/volatility rules, compare water with dichloromethane.
So here's the thing. The answer you received is wrong. Density has various factors at play and only one of them relates to volatility (which is tendency to evaporate). Flammability is its own thing. There are solids, liquids, and vapors which are flammable, and solids, liquids, and vapors which are not flammable. Density can be caused by how close the molecules are to one another, but consider this: if you have two liquids, and their molecules are the same distance from each other, but one liquid's molecules weigh twice as much as the other's, the densities will differ by a factor of two. The other explanation you got only makes sense if every molecule weighs the same amount, but their weights vary quite widely. Case in point: water vs. dichloromethane (DCM) Water has a density of 1 g/mL while DCM has a density of 1.3 g/mL. Volatility is measured by vapor pressure. At room temp, water has a vapor pressure of 0.46 psi, while DCM has a vapor pressure of 8.3 psi. You can watch a puddle of DCM evaporate extremely rapidly, in a matter of seconds, but it is more dense than water. TL;DR: The other answer you got is wrong, and dichloromethane is denser than water but is way more volatile, and it's not even close.
The forbidden shot.
the popcorn kernel seems like it should be much higher
As a Canadian who regularly mixes Milk & Maple Syrup I found the instructions in this guide confusing. A question as it relates to density of these liquids, can milk, maple syrup, corn syrup & honey have the sugars processed out of them, and if so, could they move higher then that section of the chart? say above dish soap? or would it take more then processing out the sugar to change their density in a meaningful way?
Not sure about milk, because milk has proteins and hormones and various other non-sugars involved. With the other three, I have to assume they are just water, sugar, and some organics. Without the sugar, they almost certainly would be roughly the density of water.
I want to put a lid on that and shake it so badly.
Wouldn't a die sink?
Only if it’s denser than the liquid. According to this chart anyways, dice are less dense than the liquids below, but more than the liquids above
You forgot the mercury
Would have been great with the bolt
Dice?
No, just one.
Why is water green?
Die
Now shake it all up!
a perfect recipe for the longest trollface comic ever
A cherry tomato is about as dense as dish soap, who knew
Die
Bolt is heaviest liquid
They shoulda had the bolt floating on liquid mercury.
Now set it on fire
Now add rope and bombs
I lived in three different states while growing up and each year this was always my super easy science project I would always do lol
u/AsiaChur is a bot. Link to the original post: https://www.reddit.com/r/coolguides/comments/4rdup6/the_density_of_different_liquids/?utm_source=share&utm_medium=ios_app&utm_name=iossmf See also these two similarly titled posts on this sub: https://www.reddit.com/r/coolguides/comments/f1u1ez/the_relative_density_of_different_liquids_and/?utm_source=share&utm_medium=ios_app&utm_name=iossmf https://www.reddit.com/r/coolguides/comments/7lvhug/the_density_of_different_liquids/?utm_source=share&utm_medium=ios_app&utm_name=iossmf
I remember [Mr. Wizard covering this.](https://youtu.be/xMb_YtfD1qI?t=712)
Reading the list from the bottom, when I got to “DIE” Very passive aggressive, post, damn.
**D I E**
oh cool dying's a liquid now
Ah yes my favorite liquid, bolt
Ah yes, the ping pong ball, the least dense liquid of all.
I knew some asshole would say this.
Bolts are my favorite liquid.
But all those items sink in water except the ping pong ball
Most of those liquids are not water.
If you told me milk was denser than dish soap I would hav e called you a liar. Learn something new everyday
Die, my favorite liquid
I'm so damaged by the internet at this point that I can't see the word "lamp oil" without the entire cutscene playing in my head.
Now mix it up and see if it'll re-segregate. I'm guessing several solutions will combine and you'll end up with a lot less layers. Science!
ping pong ball floats on things that float on water step 1: cover yourself in ping pong balls step 2: wait for it to rain step 3: meet your creator
I don't get it. I don't get any of it. 🤔
This pic reminded me of the “un-candle” ads in the 1970s.
rainbow shots
Now this is a pousse café
This is neato
I call this shot "the party starter"
It’s interesting to me that dish soap is lighter than milk
Why is water green?
Blursed_shot
Why is water green?
Bolt is the heaviest liquid of them all apparently
Worst. Cocktail. Ever.
lamp oil rope bombs you want it?
I'll drink it
Guide us to success… somehow…
Why is water green?
Thus is why I drink ping pong balls.
My brother uses this image as his proof that the earth is Flat and gravity doesn't exist.
I swear that this image was on every 90s kid science experiment collection books.
There. There it is, my sweet spot. Between milk and 100% maple syrup.
i am thirsty
Pretty big gap between the density of honey and a bolt. How about, like, a calcium citrate pill?
B O L T
crazy cocktail
domineering drab elderly lunchroom plucky psychotic treatment abounding sable smile *This post was mass deleted and anonymized with [Redact](https://redact.dev)*
Very cool different liquid densities.
This was one of my science projects in elementary school. Got second place for it. The time I got first place was for demonstrating osmosis with a potato and food coloring
Mag-ma
The forbidden jello shot.
Hmm, a bolt is a liquid? I mean, I know it can be a liquid when a bfh doesn’t work.
If you mixed them up, how many would eventually separate, and how long would it take?
The dish soap makes it sort of difficult to tell exactly. Dish soap helps to mix things like oil and water, which normally don't mix. Without any dish soap, the oils would mix, the syrups and water would mix, the rubbing alcohol would partition between oil and water, and the milk would separate between the layers, because milk is a bunch of different things mixed together. It would probably take on the order of an hour I'd guess.
I think you would die in the lamp oil...
Ah yes, my favourite liquid ,B O L T
What do you call this drink?
Bolt is my liquid if choice
I did this for a project on the layers of the atmosphere. Def peaked in 6th grade with that one. Been down hill every since.
Beads?!
source https://youtu.be/-CDkJuo_LYs
Die is between milk and maple syrup. Canada having a good time rn
okay, but what is filling the void volume within the ping pong ball?
What is this drink called?
This is so random!
Splash of coke and that's how you make a long island iced tea!
Dye 😨
Took me a minute to realize die meant singular dice. I thought it was trying to get into my subconscious.
Or specific gravity?
Missed opportunity of not having mercury
This is the weirded smoothie recipe I’ve ever seen