I think you explained the reason a bit confusing. The volume decreased because a liquid has a higher density than a gas which is why when it dissolved its volume decreased. The matter stayed the same.
So that would also prove there is a bunch of empty space between water molecules that got filled by the CO2. If there wasnt empty space, the bottle would not have collapsed
Cold water will cool down air, and reduce volume, that's true. But the air (CO2) in this case was already quite cold, as it cools down a lot when it leaves the pressurized tank.
To an extent... To carbonate a beverage artificially you force the CO2 into the water by pressurizing it. Usually in a bottle of Coke you'll have about 3 or 4 times the CO2 that would fill the bottle at regular pressure.
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TKOR really screwed you over but it's nice to know you found a way to keep doing these cool experiments
Wait what happened???
A lot happened, but it was a while ago
@@Homepage. basically he was kicked out by administrative team iirc or smth like that, theres a video about it on this channel
I thought he was gonna breath into the bottle for CO2 🥲
That wouldn’t be very good as it’s only about 4% CO2
@@darkmooink69 I was drunk as I was sleep deprived...🙂
@@katears6333 my parants say not do drink it bad fgor yoiui
This guy just broke physics. Whenever I shake a bottle of carbonated water it lets go of the co2
I'm so glad you started this Channel and have been successful enought to continue doing so
Nate can you test fruits in a vacuum and if vacuum containers actually preserve them for longer?
Gota get yourself a 5lb tank and connection to your machine. Co2 will cost WAY less.
like he needs that much co2?
Wow! That was pretty cool, Nate! 😎
So cool!
That's a neat experiment!
I think you explained the reason a bit confusing. The volume decreased because a liquid has a higher density than a gas which is why when it dissolved its volume decreased. The matter stayed the same.
So if you got the water extremely cold and introduced co2 could you super saturate the water with co2?
That ice was hanging on by a thread😂
So if we trap under water. Splashing water can reduce carbon dioxide in the air
King of random!!!!!
Everyone can pass gas with some effort
It makes sense, but it's still crazy to see lol
😮
So that would also prove there is a bunch of empty space between water molecules that got filled by the CO2. If there wasnt empty space, the bottle would not have collapsed
Not necessarily, 100 molecules of CO2 in gas form being nabbed by 100 molecules of H2O in liquid form would naturally decrease the volume.
Try it with cold water and regular air
It'll shrink as well, because as the air gets colder, it shrinks. That's also happening in Nate's demonstration.
Cold water will cool down air, and reduce volume, that's true. But the air (CO2) in this case was already quite cold, as it cools down a lot when it leaves the pressurized tank.
@@NFTI Oh, okay. I thought both was happening because it mixed in the outer air a bit also. Thanks for your response!
@@mynameismarko7 It's possible some amount of air cooling still occurred!
@NFTI the difference would demonstrate how much is the result of CO2 dissolving. Does the same thing happen with salt and water?
I guess he doesn't produce his own CO2 then
Is this how Seltzer is made?
To an extent... To carbonate a beverage artificially you force the CO2 into the water by pressurizing it. Usually in a bottle of Coke you'll have about 3 or 4 times the CO2 that would fill the bottle at regular pressure.
Yes but higher pressure for longer to get a lot more co2 in it. A bubbler in the water also helps and is used commercially.
Yo 😎👍
First❤
Please pinned😊
I'll donate money to not have them pinned
📌
bro fell off a lil bit