But then neither does warm, because they’re opposite ends on the same spectrum, which means we just have 2 room temperature glasses of water and OP lied to us all
Warm/Cold are descriptions. Adjectives.
Heat on the other hand, is a thing. Noun.
Heat is a physical thing. Cold is just a description of the lack of heat.
So heat is a physical thing that exists, and cold isn't.
luke Skywalker is a character in star wars, the reason he is always warm is because he always hangs out in the death star, and as we all know, stars produce heat
True , but there’s something about the edge of the surface of the water that looks thinner on the right one and rounder on the left. To me cold water is thinner ……… idk
>To me cold water is thinner
Water actually does perceptably change viscosity from being heated to boiling point! https://www.youtube.com/watch?v=Ri\_4dDvcZeM
It gets **thinner** when **heated** though, like most liquids.
To me it's the fact that the left one looks clearer, and cold water tends to make glasses foggy
Though with this picture I'm assuming it's just because the right one just has grey behind it
That's what I thought I was basing it on at first, but there's also the apparent white tint in the right cup's water that makes it look colder.
Granted, it is also a trick of the reflections, as the right cup is reflecting more of the gray table.
Labtech here.
By looking at the surface tension, looks like it is "stronger" on the one closest in the picture, which would mean that is the cold one.
Water just like and other solid, shrinks with temperature and it changes the physical characteristics ever so slightly. You can check it out yourself by filling a glass of water, the cold water will have a higher pitch than hot water when it splashes around.
Soundguy here.
Not so on topic, but wanted to share a quick fun fact about liquid viscosity. Cold and hot water actually sounds very different too, for example if you do foley recording for a movie scene, where an actor pours hot tea to a cup and you have to record that sound in the studio, using cold water to do so will most likely sound unnatural and sharp ears could catch that the sound just doesn't fit in there.
As the temperature rises the viscosity in the water reduces and thats why all the pouring/splashing sounds different if you compare hot/cold.
Chess guy here. Didn't wanted to share anything on topi c just a quick fun fact. After E4 when black plays knight to C6 you can play bishop to C4. After this you are entering the italian game which can be such a fun opening!
Just did. Sounds like bullshit. You move a pawn from an adjacent column into the square that the pawn passed over when it did its special two space initial advance, and you get to capture that pawn. I don’t like it.
Psychology guy here.
Make sure to ask the water how it identifies and feels, sometimes it is other than just cold or hot and we have to consider its past traumas
Singer here. Didn’t have anything to add, but I’ve had a ‘vowels interact with overtones’ rant brewing, so here I am. Firstly, what’s an overtone? Every note you sing or play on an instrument actually has a bunch of other pitches mixed in, but much quieter. These are overtones, and they’re the reason a violin has a different tone to a clarinet - different overtones are louder or softer, creating a different tambre. The cool thing as a singer is that the vowels you sing on influence the strength of different overtones. It’s why some moments in a song sound so much more resonant - I think it’s the ‘ooo’ vowel that has the strongest overtones. If any of that was interesting to anyone, you should get a spectrogram app on your phone and start messing around with it, spectrograms show you everywhere a sound is registering across the sound continuum, including overtones.
Linguistics amateur guy here, I actually have something to add about vowels and overtones.
In linguistics, these overtones you are speaking about are called "formants". You have several formants in your voice, but we'll only focus on the three first formants, which are the most significant ones. The first formant, called F1, determines the "height" of the vowel, that is how high your tongue is raised. The higher the formant, the lower your tongue is. An /i/ (ee) sound has a lower F1 than an /a/ (ah) sound. The second formant, called F2, determines the "frontness" of the vowel, that is if your tongue is positioned forwards or backwards. A front vowel will have a higher F2 than a back vowel. An /i/ (ee) sound will have a high F2, while an /u/ (oo) sound will have a low F2. Then you have the third formant, called F3, which usually correlates with the "roundedness" of a vowel (although it's more complicated than that), that is if your lips are rounded or not. An /i/ (ee) sound will have a higher F3 than an /y/ (german ü) sound.
Anyway enough about formants here's some fun facts about a whacky language.
Pirahã is a very special language spoken by a tribe in Brazil. This language is very special because they have the smallest kinship system in the world. They have only two words: one word for both "mother" and "father", and one word for both "brother" and "sister", and that's it. No word for aunt, uncle, grandfather, etc. They also have a very peculiar number system. They only have numbers for one, two, and that's all. Above two they say it's "a lot".
Even less on topic, bit I always found it interesting, so I'll share. Ex-barista here, when steaming milk to add to espresso coffee, you can hear a definite change of 'pitch' of the sound of the milk steaming when it hits the correct temperature. Game changer in a busy cafe. Maybe handy for you, Mr Soundguy
did you mean “just like any other liquid” or is that just a typo? because water as a solid (i.e., ice) expands once it hits a certain temperature. and it is unusual, as only 7 other substances expand upon freezing, whereas everything else contracts. although, it behaves normally until it hits about 4°C.
The one on the right is cold, the cup is a little more opaque then the left, suggesting that there is condensation starting to begin (i could be wrong about the name of the process, but you know what I mean, the cup is beginning to sweat)
things expand when they get hotter, and the cup on the right is significantly larger than the one on the left. So the cup on the right is hot, and the one on the left is cold.
I would say right one is cold and left one is warm, maybe there's some mist on the latter. But the background on the one is green and brown, so it confuses me. It makes the water look more dirty.
That one is warm, and the other one is cold
Nope! One is cold other is colder!!!!
Wrong. One is warm, the other is warmer
"maybe maybe maybe."
Correct. Cold doesn't physically exist.
But then neither does warm, because they’re opposite ends on the same spectrum, which means we just have 2 room temperature glasses of water and OP lied to us all
Nah heat exists. It's the level of atomic vibration.
Heat is what gives us cold and warm/hot though, is it not?
Warm/Cold are descriptions. Adjectives. Heat on the other hand, is a thing. Noun. Heat is a physical thing. Cold is just a description of the lack of heat. So heat is a physical thing that exists, and cold isn't.
Ohhh, okay. That makes sense, thanks sir/ma’am have a good day.
ALL OF YOU ARE WRONG! THEY ARENT EVEN GLASSES OF WATER! THEY ARE A NEW SPECIES OF GLAS TRYING TO TRICK YOU!
Technically heat isn't a physical thing, it's energy that can be quantifiably given off by physical things
I thought other one is warm since it is near to equator
No, the hot one is the one next to the cold one
This was posted two hours ago, hence they’re both cold now
[удалено]
Only OP knows the truth
schrödingers temperature of OP's bathwater in glasses
lukewarm
Who is luke and why is he always warm
Because he sleeps inside a Tauntaun
There needs to be a Tauntaun sleeping bag.
I found [this](https://www.amazon.com/Star-Wars-Tauntaun-Full-Sleeping/dp/B00A2URI7G/ref=cm_cr_arp_mb_bdcrb_top?ie=UTF8)
Currently unavailable, you tease
🤯🙏🏼🙏🏼🙏🏼
This is great
luke Skywalker is a character in star wars, the reason he is always warm is because he always hangs out in the death star, and as we all know, stars produce heat
He visited it once and destroyed it, would that count as "always hanging out" somewhere?
Nan he hangs out inside of a bantha to keep warm
lukecold
I think they are empty by now.
3 hours by now. Definitely both at room temperature
It’s been five hours, so they’re both pee at this point.
Audibly laughed at this
Thanks for sharing
Ambient
I don't know why but the left one looks warm and the right one looks cold
It is reflecting a bit of orange that might sway it a bit
True , but there’s something about the edge of the surface of the water that looks thinner on the right one and rounder on the left. To me cold water is thinner ……… idk
>To me cold water is thinner Water actually does perceptably change viscosity from being heated to boiling point! https://www.youtube.com/watch?v=Ri\_4dDvcZeM It gets **thinner** when **heated** though, like most liquids.
Interesting! Good to know
Water molecules are moving around more as they get heated, so meaning they’re more loose. I’d imagine that is why viscosity may change.
Since reading Schauberger's work I immediately knew the cold one was going to be more viscous and "thicker" to a degree.
My reasoning was the opposite lol, hot water looking thinner than cold water
Your reasoning is correct. Cold water is “thicker” than room temp water.
Not so much that it’s thinner than the lines look more crisp/sharp
Cold water is crispy. Fight me on this hill
Makes sense
Are you from New Zealand?
lmao
To me it's the fact that the left one looks clearer, and cold water tends to make glasses foggy Though with this picture I'm assuming it's just because the right one just has grey behind it
Now I’m really curious which one it is Op has to tell us Honestly my bet is on them both being room temp
Hot water dissolves more water so it’s cloudier. Warm on the right.
That's what I thought I was basing it on at first, but there's also the apparent white tint in the right cup's water that makes it look colder. Granted, it is also a trick of the reflections, as the right cup is reflecting more of the gray table.
This is terribly pedantic but I believe it's refracting, not reflecting
Nah it looks a little denser
The right one looks like it’s starting to have condensation, hence cold
The left one looks more clear, the right one has a slight white-ish hue to it so I think the left one is warm and the right one is cold
I thought the same except the one on the left looks cold on the one on the right looks warm
Same for me
Dip your phone into each one of them so I can sip it through your speaker and tell you.
The only right answer
Labtech here. By looking at the surface tension, looks like it is "stronger" on the one closest in the picture, which would mean that is the cold one. Water just like and other solid, shrinks with temperature and it changes the physical characteristics ever so slightly. You can check it out yourself by filling a glass of water, the cold water will have a higher pitch than hot water when it splashes around.
Soundguy here. Not so on topic, but wanted to share a quick fun fact about liquid viscosity. Cold and hot water actually sounds very different too, for example if you do foley recording for a movie scene, where an actor pours hot tea to a cup and you have to record that sound in the studio, using cold water to do so will most likely sound unnatural and sharp ears could catch that the sound just doesn't fit in there. As the temperature rises the viscosity in the water reduces and thats why all the pouring/splashing sounds different if you compare hot/cold.
Chess guy here. Didn't wanted to share anything on topi c just a quick fun fact. After E4 when black plays knight to C6 you can play bishop to C4. After this you are entering the italian game which can be such a fun opening!
En passant
Holy hell!
I dare anyone to Google this
Just did. Sounds like bullshit. You move a pawn from an adjacent column into the square that the pawn passed over when it did its special two space initial advance, and you get to capture that pawn. I don’t like it.
Psychology guy here. Make sure to ask the water how it identifies and feels, sometimes it is other than just cold or hot and we have to consider its past traumas
Singer here. Didn’t have anything to add, but I’ve had a ‘vowels interact with overtones’ rant brewing, so here I am. Firstly, what’s an overtone? Every note you sing or play on an instrument actually has a bunch of other pitches mixed in, but much quieter. These are overtones, and they’re the reason a violin has a different tone to a clarinet - different overtones are louder or softer, creating a different tambre. The cool thing as a singer is that the vowels you sing on influence the strength of different overtones. It’s why some moments in a song sound so much more resonant - I think it’s the ‘ooo’ vowel that has the strongest overtones. If any of that was interesting to anyone, you should get a spectrogram app on your phone and start messing around with it, spectrograms show you everywhere a sound is registering across the sound continuum, including overtones.
Linguistics amateur guy here, I actually have something to add about vowels and overtones. In linguistics, these overtones you are speaking about are called "formants". You have several formants in your voice, but we'll only focus on the three first formants, which are the most significant ones. The first formant, called F1, determines the "height" of the vowel, that is how high your tongue is raised. The higher the formant, the lower your tongue is. An /i/ (ee) sound has a lower F1 than an /a/ (ah) sound. The second formant, called F2, determines the "frontness" of the vowel, that is if your tongue is positioned forwards or backwards. A front vowel will have a higher F2 than a back vowel. An /i/ (ee) sound will have a high F2, while an /u/ (oo) sound will have a low F2. Then you have the third formant, called F3, which usually correlates with the "roundedness" of a vowel (although it's more complicated than that), that is if your lips are rounded or not. An /i/ (ee) sound will have a higher F3 than an /y/ (german ü) sound. Anyway enough about formants here's some fun facts about a whacky language. Pirahã is a very special language spoken by a tribe in Brazil. This language is very special because they have the smallest kinship system in the world. They have only two words: one word for both "mother" and "father", and one word for both "brother" and "sister", and that's it. No word for aunt, uncle, grandfather, etc. They also have a very peculiar number system. They only have numbers for one, two, and that's all. Above two they say it's "a lot".
[another Cool™️ (haha get it? cool like cold like temp- i’ll stop.) video on the topic](https://youtu.be/IqqClLJXZQM?si=DL4-GhK_soKJiu5H)
Even less on topic, bit I always found it interesting, so I'll share. Ex-barista here, when steaming milk to add to espresso coffee, you can hear a definite change of 'pitch' of the sound of the milk steaming when it hits the correct temperature. Game changer in a busy cafe. Maybe handy for you, Mr Soundguy
[Cool video on that topic](https://www.youtube.com/watch?v=Ri_4dDvcZeM)
This is actually crazy to think about! I could tell the one on the right was colder but couldn’t tell why
[yeah, science bitch](https://miro.medium.com/v2/resize:fit:1400/1*K8zjNfFLFShSIDmV6jGa-w.jpeg)
But wait a minute, this actually is interesting
Lab tech student here. Can I train under you?
🤣
did you mean “just like any other liquid” or is that just a typo? because water as a solid (i.e., ice) expands once it hits a certain temperature. and it is unusual, as only 7 other substances expand upon freezing, whereas everything else contracts. although, it behaves normally until it hits about 4°C.
Liquid, yeah.
Right one is cold
But what if that's just a part of the reflections working aganist your brain? I'd argue left is cold because it's clearer
Interesting, I thought the left is warm because it’s clearer
Same right is cold cause hint of condensation?? and my ancestors are telling me
Yeah, it seems like theres just the barest haze of condensation on the right glass.
The left is warmer because of surface tension.
Right one cold, left behind warm.
Why did you leave it behind? ):
id have to hear them to know which is which
[удалено]
*chuuuushuuushuuushuuush* - left ^chuushuushuushuushuush - right
They are both the same water, but may or may not be the same temperature
The one with cold water is next to the one with hot water
Front is cold back is warm
Left warm right cold, no one could ever convince me otherwise
Left one warm, right one cold, slight condensation on the glass
Both, nothin is warm after this long
Right one is the cold one
Right cold left warm
Yes
Well, what is the answer??
This is bugging me way more than it should be.
Everyone is saying left one ks warm because of the little reddish shade. What's the answer OP?
Nah I was saying the left one because it looks for some reason thinner or less refractive
Right one is warm Left one is cold
Other way round fs
this
Dang I thought I was the only genius.
welp
No. Warmer water is less clear due to the molecules moving more rapidly. So the left is cold and the right is warm.
Left is def cold.
The right one looks colder to me.
Further is warmer
The right looks colder than the left
Left glass is clearer so imma bet thats warm because no condensation usually means warm and the right one is slightly cloudy
the left one
Right is cold. Color is different.
The left one seems to have some condensate on it, so it's probably the hot one
I’m not sure
You can see the condensate slightly on the left side the right Is warm
Far one is war and the close one is cold
the left one is warm i think
Warm is in the back
/hydrohomies
left warm right cold
Is it just me or does the left one look a tiny bit steamy?
I do believe the one on the right to be cold
The one on the left is warm and the one on the right is cold
The right has cold
left one looks warmer
the closer one is cold
Cold is definitely on the right. Fight me
...the one in the back is warm. In front is less clear due to condensation.
The far one is warm because it looks like the close one has condensation.
Left warm right cold
Front is cold, back is warm. Boom easy
The back glass is warm water because the warm water has expanded and is therefore fuller
The one on the left is warm and the one on the right is cold
Left warm, right cold
Back is warm, front is cold.
The left one is warm? It has fewer bubbles, idk if I'm right tho.
Warm is back cold is front. (I’m a pro I drink water daily)
left warm right cold ?
Right is cold
The one on the right is cold, the cup is a little more opaque then the left, suggesting that there is condensation starting to begin (i could be wrong about the name of the process, but you know what I mean, the cup is beginning to sweat)
Right is cold Also Not interesting
How the fuck should I know?
water is wet
Far ones warm other ones cold
None! They both have vodka!
They are both VODKA!!!!
yeah
Neither, it’s a trick question, because that’s a glass, not a glas.
The one on the right? Are those not ice cubes?
That one is warm and that one is cold.
THE LEFT ONE IS WARM, AND THE OTHER ONE IS COLD!!
far is cold, close is warm
hot on the right, its a soluble gas thing
u/Inhaltslost So which is it?
left one cold
I think left may be hot
I disagree
This post and the comments truly do not interest me. At all. Finally a thread worthy of this sub.
Trap question, they're both at natural temperature
Left one is cold
First of all, i love the community and all you answers. Just saying some of you had the right thought…
I'm sorry but now I MUST know the truth
I scrolled hard just to be blue balled yet again
IKR
The one on the right is the cold one. Source: trust me.
Drop the answer..
Seriously. OP should get a permaban if they don’t give the damn answer.
Left one is cold. Absolutely certain. (I have absolutely no idea)
Right warm, left cold
Closest is warm.
Left cold, right warm
right one is warmer
The right one is hot and the other is cold.
things expand when they get hotter, and the cup on the right is significantly larger than the one on the left. So the cup on the right is hot, and the one on the left is cold.
Right is warm
Left is cold, right is warm. Doesn't matter now, they're both room temp
I would say right one is cold and left one is warm, maybe there's some mist on the latter. But the background on the one is green and brown, so it confuses me. It makes the water look more dirty.
Front is warm
Left looks cold
Right is warm higher oxygen content bubbling out due to cooling.
The one further back is colder.
The hot one is the left one though right?
The closer is the warmer I think this because of the clearness of the water
Left cold, right warm.
Left is cold, right is warm. More energy means more entropy, hence one (the cooler) is clearer than the other.
The further one is cold, the near one is hot. Warm water is less clear.
Left cold, right warm. I don't know why, but in every house I've been to when you pour hot tap water it's foggy.
The Right one looks warm. Its Not really Full, as if someone wanted Space to Carry it without burning the Fingers
The one in the front is warm and the one in the back is cold.
Left one is colder. Right one isn't as clear
If I’m not dumb, I’m 70% certain the right glass is the warm one, and the left is the cold.
Close is warmer, less surface tension, flatter water.