Problem I have with these series is not enough context as to how these things work and the science behind these experiments in order to educate. Unless you have explanations in videos instead of shorts?
Broke the 69 thumbs but came to say thanks for the link. Also also the above comment is true. Maybe instead of just posting the link to all of them, you dive a little deeper into the three you showcased in the short with even like a 5 minute video of expanding on them? But I totally understand if that is making more work for you that isn’t worth it. But I think the above comment I have had similar thoughts about it too. Cheers!
I knew the straw inside the bottle was true cause I saw it before in my science class. But for the grapes I didn't know that was true cause I never heard of it but the for Sunglasses as well I align the sunglasses with another sunglasses before and I saw no change from them at all so I knew the Sunglasses part was going to be the fake.
@@jchristiangarcia5946 Not all sunglasses are polarized, and they're also not all polarized in the same direction, so technically the 1st one is about 1/3 true.
We actually just learned about this in Chemistry. The temperature and pressure of a gas are directly proportional, meaning as one goes up, the other goes up and vise versa. Therefore, as the inside of the bottle cooled down, the pressure decreased too. You can’t actually see this when the bottle opening is surrounded by air but when it’s put into water you can see as particles move in to equal out the pressure inside and outside the bottle
The grapes one is a very good trick. Most people only really know ferromagnetism, and it has kind of been ingrained that other materials do not respond to magnetic fields.
actually, the angle the glasses have to be at changes depending on how they’re polarized, but if they’re the same model of glasses, then they should be perpendicular.
@@leocrow4849huh well I didn't know that #TIL Although I reckon there's some random sunglasses manufacturer out there making incorrectly polarised ones
Basically think of it like a vacuum. The difference in pressure between the hot air and cold water creates a massive spike then a drop, the water then fills the gap left by the air voiding itself.
I was literally like 'huh, normally it only works when you rotate a sunglass. eh, maybe the polarization of the two glasses are just different' because B looked shady as hell.
Well actually glasses can be polarized vertically or horizontally ( especially matters if you are a pilot) since mfd might be flickery, so in reality all videos could be real
*THANK YOU*. there was no way to tell if the pairs of sunglasses might have polarisation at different angles, so there was no way to tell if #1 was true or not
I have been looking for a source of information on that. All sources i found do not recommend (or even say its anti regulation) pilots wear polarized sunglasses, independent of polarization axis. Any of you know a manufacturer of polarised sunglasses for pilots?
"A" is an example of knowing enough about something to _think_ you're right. I knew two polarized films would fully block the light but I forgot they had to be rotated.
you were still right, you had no way of knowing their orientation from the video, which doesn't give you enough information to tell it is fake. The video is just wrong.
I got it. I remembered something about polarized lenses from a minute physics video and I thought that grapes might have some iron in them (they are kinda red after all ) ,the water one was weird but seemed possible (the cold water wants to go to the bottom and the hot wants to float )
The drop in pressure as the air inside the bottle cools is what causes water to shoot up. The atmosphere pressing down on the water in the bowl is literally squeezing the water up into the bottle. You can even see the atmosphere crushes the bottle a bit. As the water is spraying.
I do physics and malus’s law is applicable here. It’s called a polarized and an analyzer. If parallel, the polarized light will pass through just fine. If perpendicular, the polarizing lines are perpendicular to the analyzing lines. For example, if the light is polarized vertically, an analyzer that is placed horizontally will not allow the light to through. Kinda like pushing a horizontal log through a well. But if in correct orientation, the log will fall through (the polarized light will go through).
To be honest, these all seem fake. I'm gonna guess #3 is the fake. #1 could be real if the sunglasses are polarized at different angles, and #2 seems completely over-exagerated, but the physics could work. Edit: Dangit
It’s not your fault. There’s no reason to assume the sunglasses would be polarized in the same way since direction of polarization only matters relative to already polarized light.
Very few (if any) sunglasses are built with lenses that block the "surfing" light, and let through the "snaking" light. If might come in handy to have sunglasses like that, if you were a window washer on a tall glass building, but good luck finding them. Most polarizing sunglasses are built to block the "snaking" light, since that is what usually forms the glare from horizontal surfaces that affect most of us. 3-D movie glasses have one snaking and one surfing filter, so they can assign the snaking channel to the left eye, and the surfing channel to the right eye., so you could do this with 3-D movie glasses.
You could do this with two pairs of 3D movie glasses. They could have a surfing filter in the right lens, and a snaking filter in the left lens. Crossing the surfing and snaking filters, will block the light entirely.
The grapes have nothing to do with metal effects. The magnetic behaviour is actually called diamagnetism and all atoms are diamagnetic. Scientists have even floated a frog with this kind of magnetism. It's because of quantum effects. It is very weak so we normally don't notice it but it is fundamentally different than ferromagnetism which happens in some metals
I remember wearing polarized glasses into a best buy and one of the screens was incredibly blue when I looked at it. When I turned my head 90 degrees it was perfectly fine.
The last one is called "Diamagnetism" and Action Lab did a test by putting two rats (his pets) in buckets attached to a similar contraption. then because the weight'd be very heavy he had to use a neodimium magnet to move it, but it did rotate.
We did B in physics one time- the steam left over in the bottle is trapped inside and when it hits the water it rapidly cools, condensing the steam into water and creating a vacuum, and in physics this crushed the can we tried it with but with the bottle it just takes the water upwards instead, although you can see it compress a bit. Look up ‘imploding can science experiment’, it’s pretty cool :D
Here's a link to the the playlist, with all 10 episodes (31 rounds): czcams.com/play/PLOEAbE8LkxoBvlAjxk6PofT_qgjQdluVT.html
Problem I have with these series is not enough context as to how these things work and the science behind these experiments in order to educate. Unless you have explanations in videos instead of shorts?
Broke the 69 thumbs but came to say thanks for the link.
Also also the above comment is true. Maybe instead of just posting the link to all of them, you dive a little deeper into the three you showcased in the short with even like a 5 minute video of expanding on them? But I totally understand if that is making more work for you that isn’t worth it. But I think the above comment I have had similar thoughts about it too. Cheers!
I knew the straw inside the bottle was true cause I saw it before in my science class. But for the grapes I didn't know that was true cause I never heard of it but the for Sunglasses as well I align the sunglasses with another sunglasses before and I saw no change from them at all so I knew the Sunglasses part was going to be the fake.
A
@@jchristiangarcia5946 Not all sunglasses are polarized, and they're also not all polarized in the same direction, so technically the 1st one is about 1/3 true.
B looked fake as hell but damn
For me B is the most obvious one lol
@@BorzoiSnowdog ok
We actually just learned about this in Chemistry. The temperature and pressure of a gas are directly proportional, meaning as one goes up, the other goes up and vise versa. Therefore, as the inside of the bottle cooled down, the pressure decreased too. You can’t actually see this when the bottle opening is surrounded by air but when it’s put into water you can see as particles move in to equal out the pressure inside and outside the bottle
@@DiamondRoller37 pls anyone don't do 🤓 emoji he's just educated and fighting of false info
Like I know how it works, but it felt wrong
The grapes one is a very good trick. Most people only really know ferromagnetism, and it has kind of been ingrained that other materials do not respond to magnetic fields.
It’s diamagnetic
@@denis69ist everything is diamagnetic
To repel a magnet is something that only supercondusters do, right?
I did not know that grapes could moved like that.
Everything is diamagnetic. Even ferrous stuff. Just the ferromagnetism overcomes the diamagnetism.
Every time this dude opens his drawer the pink sticky notes fear for their lives
Lol, but you know that he just uses the same clip though
Lol, but you know that he just uses the same clip though
@@danielechezabal6877 im aware but you also arent aware that it was a joke
You said that twice ALSO YOU COMMENTED IT-@@danielechezabal6877
@@danielechezabal6877R/WOOOOSHHHH
actually, the angle the glasses have to be at changes depending on how they’re polarized, but if they’re the same model of glasses, then they should be perpendicular.
They should be the same. Reflections are mostly horizontally polarized. That's why sunglasses are polarized instead of tinted.
If you ever find a pair of sunglasses where the polarization axis is different, go get your money back.
🤓🤓🤓🤓
@@leocrow4849huh well I didn't know that #TIL
Although I reckon there's some random sunglasses manufacturer out there making incorrectly polarised ones
@@niallmartin4098Oh most definitely.
*Bro rotated the laws of photoDynamic* 💀
Lol
বাল 🙂
In his head
No he didn't tho its just polarization
@@evanbyrain wtf is that??
You need to show the 3 filter phenomenon, where introducing a third Polarisation filter lets more light through
Great idea !
how does that work?
@@RafaelMunizYT quantum physics is stupid like that
@@ccgarciab oh good old quirky quantum mechanics
Oooh damn this is gonna be an interesting one, I know this
This needs to be a gameshow
it does though
it's called "two truths and a lie" bro. It's as old as teenagers sitting at a campfire was a thing
@@kylethewolf Yeah, everyone knows that. But has there been a gameshow about it?
Umm, I definitely would like a full video on the water bottle one 😅
Fr he never explains the one that needs the most explaining 💀
He uploads full versions of these where he explains everything, if you read the pinned comment you would know: czcams.com/video/bJ0Ghb539NY/video.html
My guess is that the hot water makes the air inside hot making it less dence. So the cold, dence water would fill the low density air.
@@BetterPrespective almost correct, but its the air pressure that makes the water fill the bottle
Basically think of it like a vacuum. The difference in pressure between the hot air and cold water creates a massive spike then a drop, the water then fills the gap left by the air voiding itself.
I was literally like 'huh, normally it only works when you rotate a sunglass. eh, maybe the polarization of the two glasses are just different' because B looked shady as hell.
My thought process exactly. I even watched again to try and figure out exactly what he was saying because I missed the explanation the first time 😂
@@MrDrProfJMF I thought it was in reverse again
For me, B was the most obvious to be real. I had no idea C would be correct and A would be wrong, C blew my mind lol
Ahh i see what you did there
Sunglasses
Shady
I knew b was real because of the way that droppers work
This one was hard.
Nope
@@mrwhite1566 The first one actually looked the most legit, the rest appeared as if he was trying to hide something
thats what she said
@@comment514 The first one would’ve been the easiest one to fake with editing though
It was the easiest if you know what polarization is.
Thank you highschool physics classes for teaching me how filters work. If they were in the same direction, the polsrised light wouldnt on been blocked
Dang it I've seen this already and I fell for it again 😭😭
These videos are always a rollercoaster of emotions.
Well actually glasses can be polarized vertically or horizontally ( especially matters if you are a pilot) since mfd might be flickery, so in reality all videos could be real
*THANK YOU*. there was no way to tell if the pairs of sunglasses might have polarisation at different angles, so there was no way to tell if #1 was true or not
@@jonavanderpal right I was kinda pissed at that one.
I have been looking for a source of information on that.
All sources i found do not recommend (or even say its anti regulation) pilots wear polarized sunglasses, independent of polarization axis.
Any of you know a manufacturer of polarised sunglasses for pilots?
Caught me with B, like everyone else it seems lmao
"A" is an example of knowing enough about something to _think_ you're right. I knew two polarized films would fully block the light but I forgot they had to be rotated.
you were still right, you had no way of knowing their orientation from the video, which doesn't give you enough information to tell it is fake.
The video is just wrong.
I got it. I remembered something about polarized lenses from a minute physics video and I thought that grapes might have some iron in them (they are kinda red after all ) ,the water one was weird but seemed possible (the cold water wants to go to the bottom and the hot wants to float )
Isn't the water inside of grapes also diamagnetic?
im pretty sure the grape thing is cuz of the water
@@TacoLollipop you are probably right ,didn’t think of it but it makes sense .It’s the same principle MRI machines use .
The drop in pressure as the air inside the bottle cools is what causes water to shoot up. The atmosphere pressing down on the water in the bowl is literally squeezing the water up into the bottle. You can even see the atmosphere crushes the bottle a bit. As the water is spraying.
Isn't everything a bit diamagnetic?
I've never felt as big brained as I was when I realized, "wait, they need to be perpendicular!"
we're literally just learned this at school
No, it depends on the sunglasses
Why are u lying?
@@landonmitchell3588 why do you think he's lying? I also thought that, its common knowledge.
@@pablo2009minecraft look at their profile
I do physics and malus’s law is applicable here. It’s called a polarized and an analyzer. If parallel, the polarized light will pass through just fine. If perpendicular, the polarizing lines are perpendicular to the analyzing lines. For example, if the light is polarized vertically, an analyzer that is placed horizontally will not allow the light to through. Kinda like pushing a horizontal log through a well. But if in correct orientation, the log will fall through (the polarized light will go through).
i thought i was about to get roasted for thinking the grapes was real
Alternate video title: Can you figure out which one a single word is slightly off in?
Omfg I knew about lens polarization, but I forgot the detail that it needed to be rotated to work. Well done
Same
Well done sir. I have watched 20 or so of these and never been wrong, but you got me
To be honest, these all seem fake. I'm gonna guess #3 is the fake. #1 could be real if the sunglasses are polarized at different angles, and #2 seems completely over-exagerated, but the physics could work.
Edit: Dangit
i got #1 correct, lol.
everything is magnetic, including water., you can even push water with a magnet.
Look up Eddie currents
🤓
@@gagelathrop7615 L comment
@@9livesninja w comment
when bro said if u seriously thought u could move grapes with magnets i felt really stupid for a sec until he said it was true then i felt smart
Feeling proud about getting this one right because number 1 is in line with my profession. I used knowledge I learned from school!
Finally my physics class on polarisation came into play
I just finished my polarization lesson in physics too. Damn.
It’s not your fault. There’s no reason to assume the sunglasses would be polarized in the same way since direction of polarization only matters relative to already polarized light.
Bruh same
B made every anime girl sweat-
I dont get it
@@RocketShipSquid Stay innocent
@@PsYcOcLoWn ok
*hentai girl
@@PsYcOcLoWn explain
#1 could work depending on the orientation of the polarization on the lenses.
Very few (if any) sunglasses are built with lenses that block the "surfing" light, and let through the "snaking" light. If might come in handy to have sunglasses like that, if you were a window washer on a tall glass building, but good luck finding them.
Most polarizing sunglasses are built to block the "snaking" light, since that is what usually forms the glare from horizontal surfaces that affect most of us.
3-D movie glasses have one snaking and one surfing filter, so they can assign the snaking channel to the left eye, and the surfing channel to the right eye., so you could do this with 3-D movie glasses.
Bro hit us with that technicality
A. Polarized sunglasses need to be perpendicular for it to work. Read that in science book two years ago 😂
You could do this with two pairs of 3D movie glasses. They could have a surfing filter in the right lens, and a snaking filter in the left lens. Crossing the surfing and snaking filters, will block the light entirely.
This one actually got me. Called bull on the grapes but I was wrong😢😂
Here I was thinking B was because of the Capillary effect
B looked like it was in reverse 🫤🫤
Thank you for validating my STEM degrees. I get so much shit for knowing academic stuff.
I knew C had to be true, grapes have metal properties, they catch on fire in your microwave lol
grapes have metal properties? what.
@@jones_y yep, they blow up in the microwave lol
The grapes have nothing to do with metal effects. The magnetic behaviour is actually called diamagnetism and all atoms are diamagnetic. Scientists have even floated a frog with this kind of magnetism. It's because of quantum effects. It is very weak so we normally don't notice it but it is fundamentally different than ferromagnetism which happens in some metals
@@joshuatgfgamer1Speaking from experience or just happen to know?
@@Ollie.H-2301 yes
Bro i swear i learned more from you then my teacher
one of my friends randomly taught me about the polarizing thing and i’m so happy
I said the sun glass one since I didn’t think they were even able to block out any light…
Edit: It’s a long day for me
This is why you have to show your work to get points in math
Had I not known for a fact that nr. 1 is fake, I would have never believed nr. 2 to be possible!
i knew about the 90 degree thing but the grape one was such a curveball you had me reconsidering
I swear someone told him that these used to be too easy and he took that personally
I remember wearing polarized glasses into a best buy and one of the screens was incredibly blue when I looked at it. When I turned my head 90 degrees it was perfectly fine.
I knew about the grapes and magnets because of film theory. Water is ever so slightly pushed by magnets, so the grape thing makes sense
I still cant process that you changed the bread and chicken😭😭😭
Broo my physics finally clutched
The reason grapes can be moves by magnets is because the magnetic field pushes water, and since grapes have water, the move.
Just love the kick in start
I been following these vids since season 1 episode 1. First time I’ve lost I really did think C was fake
About the grapes, that could work for any object, even a magnet, it’s just that the magnetic force over powers the repelling
The last one is called "Diamagnetism" and Action Lab did a test by putting two rats (his pets) in buckets attached to a similar contraption. then because the weight'd be very heavy he had to use a neodimium magnet to move it, but it did rotate.
Had us in the first half ngl
Now do the first one with circularly polarized 3d glasses and see everyone confused.
The only reason i knew it was fake was because i would always wear 2 sunglasses as a kid because i thought it protected my eyes more
This is the only one that I actually was satisfied with the result
I was right! I was terrified when you said "if you seriously..."
He didn’t even know that he bent the laws of physics
Feels so good when I’m right because of how random all the facts are lol
This is the first time I had to quit and re-watch it to catch the word trick :)
Damn I actually failed this one, well played sir, well played.
We did B in physics one time- the steam left over in the bottle is trapped inside and when it hits the water it rapidly cools, condensing the steam into water and creating a vacuum, and in physics this crushed the can we tried it with but with the bottle it just takes the water upwards instead, although you can see it compress a bit. Look up ‘imploding can science experiment’, it’s pretty cool :D
The sad part is I even knew about the sunglasses thing I just didn't think about it when I answered 😭
Honors physics came in clutch
Delta P crab's sacrifice told me the second one was true.
Just learned about light waves from school, finally became useful
I knew about the physics behind why A is fake, but I forgot them and only remembered after you revealed that A was fake
If this reminds you of something from school, you have a great life
Lol honestly this was really hard 😂
They could have been polarized in different directions so they could all be real
People thought B was fake? That's like the most common science fair experiment right after a volcano reaction.
I tought that 1st video was real cuz I heared something about it but I forgot you have to rotate glasses 💀
Bro has some editing skills, although I think my subconscious knew about the rotation the lenses
The water got a lil excited 💀
😐
how to win every single 2 Truths 1 Fake:
if the objects are very close to the screen, its most likely fake
YOU SAID 'MAKING SURE THEY AREN'T IN THE SAME DIRECTION' LIKE BRO
my physics class really came in clutch with that first one 😤
I thought water was fake but then I remembered that water moves up plants.
I only said the first one cuz it looked like you flipped the glasses around where one side was polarized 😂
you really got me with the grape one i mean it looked so fake it didn't move accordingly it was like a hand was rotating it
these are getting hard as hell.
bruh I just assumed the glasses were polarized in opposite directions
Dang dude, you're good at this. Ive been tricked by your videos for a while now. Keep it up!
The last one works because everything is slightly repelled by magnets
This man is making me do schoolwork willingly.
I knew A had to be rotated like a decade ago and remember that, but then I thought I remembered incorrectly
my high school physics knowledge has finally been put to good use:))
The bottle with the straw acts as a pressure when being pressed down, thus the water shoots upwards inside the bottle
You almost got me!!! For two that's the closest I've gotten to guessing wrong. Mad editing skills bro
Thank you 8th grade physical science for making this a no brainer!
I knew the sunglasses one was fake and I still went grapes because that shit is wild.
Bruh I knew about the sun glasses but forgot about the fact you needed to rotate them
I felt so stupid when he said did you really think you could rotate grapes with a magnet but then he said that it was true and my whole world lit up
‘And shading it blac-‘
💀
“So what I’ve told you is true, from a certain point of view”
the science behind the grape one is that all water is actually the opposite of metal to magnets, making it go away instead of sticking to the magnet
Brooo the sunglasses was my first guess then I thought the grapes were fake
just learned about polarization in physics 😎
Fun fact grapes have alot of water in them and water is Diana generic so it is repelled by magnets