1:21 - sorry to point this out, but the screws would act like an electrode, not a diode. A diode is an arrangement of doped silicon to allow for the passage of current in one direction. Although probably just a misused word (no fault, I do it all the time), I want to let the lesser-knowledgeable people in the comments to know this so they don't purposefully misuse the word. :)
Electrolysis is pretty cool! You can also use something like baking soda or sodium carbonate to improve conductivity if you don't have magnesium sulfate lying around. Another fun fact: sodium hydroxide will react with chlorine gas to form sodium hypochlorite, which is the main ingredient in bleach! The electrolysis of salt water is actually important enough that it has a name: the chloralkali process. The chloralkali process is used on an industrial scale around the world to make a good portion of the world's supply of bleach, so you just stumbled upon how bleach is made! Unfortunately, your method won't be very efficient; the industrial method collects and recirculates the chlorine that escapes to improve efficiency.
Electrolysis is the coolest! Somewhere buried in my ‘to do’ list, if I ever get back to talking about batteries, I plan to talk about how electrolysis ‘recharges’ a car battery.
@@delizaaurora Essentially, yes. The alternator provides voltage to the battery to convert the lead sulfate that forms on the electrodes back into lead and lead oxide by means of electrolysis.
Lastly, imo there's no NaOH in your electrolytic solution - it's simply an 'uncharged' sodium hydrate in solution that's left after the sodium chloride has been split and the chloride has turned to chlorine gas whereas the NaOH in your packet has been processed and oxygenated or 'charged' through the application of heat during its production.
Such a great explanation as always, I love the way that you explain in a way that anyone can understand and the visuals are just awesome and always helpful! Yet another great video keep it up and congrats on 2000 subs!
@@DestructiveCreativity Implement Faraday 2 Law Of Electrolysis All Vehicles Need Pair Of Lungs That One Water Tank And Hho Generator, Current Engine Product Is Not Already Mature, Water Tank And HHO generator Replacing The Gasoline And Diesel Tank As Lungs This How To Perfecting The Current Ice Vehicles Digestion. And Koh Solution And Naoh Solution And Ammonia solution Is Vehicles Drink, and this mean Hydrogen come from solution reaction in HHO generator inside vehicles is main raw fuel, this also better scheme because no gas tank bomb needed.
I think salt water electrolysis is not very harmful as long as you do it in a well ventilated area like outdoor or under a fume hood and you don't go sniffing around the electrolysis cell. I have done it at home : )
@@onddu2254 ok idk how to answer this. because idk if there is a relationship of more salt = more current. But 1.) we know current = voltage / resistance 2.) I think the salt just make the water ionic?
@@roelsvideosandstuffs1513 Yeah maybe. I was just thinking that since no salt means almost no conductivity and adding some salt makes the water actually conduct electricity, then maybe more salt would make it conduct even better/lower the resistance. Well this should be easy to test. I could try experimenting with how the consentration of salt affects the conductivity with some home equipment.
@onddu2254 ok up to you good luck on your test / experiment. I don't have the necessary setup to test it right now. But if I were to test it my goal would be 1.) Does more salt means more current? Like if I have two glasses same water same voltage but the other one have more salt. Will the glass with more salt have higher current? 2.) Using goal 1. Is there a difference in productivity. But this is your experiment so you have goal of your own. So good luck with that also.
@@roelsvideosandstuffs1513 yeah I'm thinking of using a 12 volt battery (I can recharge it to same charge before each test) and I'll maybe try like 1g, 10g 50g of salt in the same container, and using my multimeter, measure the current. Of course I'll clean the container between tests. I think I only have table salt, but I can do this outside and keep my face away from the container so the chlorine gas shouldn't be such a hazard. I reckon I can try this tomorrow.
I have an idea for an experiment if you are up here not busy with life and still active with these very informative science projects. ... thanks. ... Let me know. ...
I added table salt to water, and literally submerged the battery into the water, then the positive terminal, i guess corroded, with a brownish layer, the water turned grey and blurry and small greenish or yellowish algae like spots appeared to be floating on water, it smelled like gutter or something bad. Then as I got to know about this thing, i disposed the solution in the sink, but it was too late, and the battery never worked again... SO, NEVER DO THIS AT HOME, DO THIS WITH THE FIRST METHOD TOLD IN THE VIDEO.
Or you could just use aluminum cans or any other aluminum you can find throw it in some water add some concentrated lime powder to the water then you have pure hydrogen at a much more rapid pace you end up with a byproduct of aluminum oxide that you can let dry then repurpose
Hi Johnathan, I was wondering if you could use electrolysis to remove a large portion of the salts and other impurities from the water/solution?, what sort of current, and what metals would best do that to be able to clump solids together for filtration?
You forgot to mention you are making sulphate ions? Not just hydrogen and oxygen. And in some sense magnesium. I think the people that are electrolysis of table salt actually wants the chlorine. Ps. You actually most of the time need a stirrer. It is convenient for you and it makes you sure, you actually dissolves or mix things.
I tried it with pure water to avoid chlorine, i use aluminum as chathode and anode, what’s the white clouds in the water after electrolysis it for an hour and more?
Did it irritate your nose? Did it smells like a swimming pool? Did your breathing becomes difficult? Did you get some redness in your eyes? If you said yes to any of this, probably is.
If you use a solution of magnesium sulphate and obtain oxygen at the anode and hydrogen at the cathode to demonstrate water being split then why is it when you use a solution of sodium chloride you obtain chlorine at the anode and not oxygen which suggests you're splitting the electrolyte, not the water. I'm aware you state chloride ions are easier to separate but how do you know in the first demo you're splitting water and not the magnesium sulphate (MgSO4) which contains 4 x Oxygens!! Your entire video demonstrates to me that electrolysis only splits the electrolyte and breaks down electrodes, there's no water splitting taking place.
Does MgSO4 have hydrogen in it? I don’t know much science stuff so I’m actually curious where the hydrogen that formed at that one screw came from since water has hydrogen in it. If it was only the salt reacting or being split, what would the second gas be besides the oxygen that would come from MgSO4?
@@delizaaurora quote - Does MgSO4 have hydrogen in it? Absolutely because what binds the magnesium and sulphate together? If you think i'm wrong then have you got any ideas what binds the magnesium and sulphate together?
@@PeterPete Nah I can’t say whether you’re wrong or anything since I don’t know much, I actually didn’t know what binds it together or that there was hydrogen in it, so yeah I don’t know much, just curious was all 😅
@@delizaaurora well mainstream chemistry says there's no hydrogen in MgSO4!! So what binds the magnesium and the sulphate together is anybody's guess! A covalent or ionic bond perhaps? Sure but that doesn't tell us much about what the bond actually is!
1:21 - sorry to point this out, but the screws would act like an electrode, not a diode. A diode is an arrangement of doped silicon to allow for the passage of current in one direction. Although probably just a misused word (no fault, I do it all the time), I want to let the lesser-knowledgeable people in the comments to know this so they don't purposefully misuse the word. :)
Electrolysis is pretty cool! You can also use something like baking soda or sodium carbonate to improve conductivity if you don't have magnesium sulfate lying around.
Another fun fact: sodium hydroxide will react with chlorine gas to form sodium hypochlorite, which is the main ingredient in bleach! The electrolysis of salt water is actually important enough that it has a name: the chloralkali process. The chloralkali process is used on an industrial scale around the world to make a good portion of the world's supply of bleach, so you just stumbled upon how bleach is made! Unfortunately, your method won't be very efficient; the industrial method collects and recirculates the chlorine that escapes to improve efficiency.
That is so cool! I probably ahould have invited you on the show for this one. So we will have to try again sometime.
Also it uses a membrane or a diaphragm
This, good job for knowing other electrolytes.
Also I think most acids could work for electrolysis, like carbonic acid (coke)
My lungs actually feel heavy. I just did it with salt water and I just realized salt is NaCl. It's been a good run lads.
Electrolysis is the coolest! Somewhere buried in my ‘to do’ list, if I ever get back to talking about batteries, I plan to talk about how electrolysis ‘recharges’ a car battery.
That's awesome! I would watch it.
Is that also what an alternator does? Actually curious😲
@@delizaaurora Essentially, yes. The alternator provides voltage to the battery to convert the lead sulfate that forms on the electrodes back into lead and lead oxide by means of electrolysis.
@@LifeMeetLightning Oooooh okay, thank you!😄
Lastly, imo there's no NaOH in your electrolytic solution - it's simply an 'uncharged' sodium hydrate in solution that's left after the sodium chloride has been split and the chloride has turned to chlorine gas whereas the NaOH in your packet has been processed and oxygenated or 'charged' through the application of heat during its production.
Such a great explanation as always, I love the way that you explain in a way that anyone can understand and the visuals are just awesome and always helpful! Yet another great video keep it up and congrats on 2000 subs!
My pleasure!
@@DestructiveCreativity Implement Faraday 2 Law Of Electrolysis All Vehicles Need Pair Of Lungs That One Water Tank And Hho Generator, Current Engine Product Is Not Already Mature, Water Tank And HHO generator Replacing The Gasoline And Diesel Tank As Lungs This How To Perfecting The Current Ice Vehicles Digestion. And Koh Solution And Naoh Solution And Ammonia solution Is Vehicles Drink, and this mean Hydrogen come from solution reaction in HHO generator inside vehicles is main raw fuel, this also better scheme because no gas tank bomb needed.
I think salt water electrolysis is not very harmful as long as you do it in a well ventilated area like outdoor or under a fume hood and you don't go sniffing around the electrolysis cell. I have done it at home : )
Me too! This setup really came in handy in 2020 when the stores ran out of bleach.
Glad I checked this topic back out before I started. I forgot the mixture and was definitely going to use table salt. Thanks for the save
You look like if Jesse from Breaking Bad listened Mr. White's during high school lol
Thanks for the video!
Omg? You don't need that much of magnesium salt for that amount of water
I mean, I'd imagine that more salt means more current which means more efficient production.
@@onddu2254 ok idk how to answer this. because idk if there is a relationship of more salt = more current.
But
1.) we know current = voltage / resistance
2.) I think the salt just make the water ionic?
@@roelsvideosandstuffs1513 Yeah maybe. I was just thinking that since no salt means almost no conductivity and adding some salt makes the water actually conduct electricity, then maybe more salt would make it conduct even better/lower the resistance.
Well this should be easy to test. I could try experimenting with how the consentration of salt affects the conductivity with some home equipment.
@onddu2254 ok up to you good luck on your test / experiment. I don't have the necessary setup to test it right now.
But if I were to test it my goal would be
1.) Does more salt means more current?
Like if I have two glasses same water same voltage but the other one have more salt. Will the glass with more salt have higher current?
2.) Using goal 1. Is there a difference in productivity.
But this is your experiment so you have goal of your own. So good luck with that also.
@@roelsvideosandstuffs1513 yeah I'm thinking of using a 12 volt battery (I can recharge it to same charge before each test) and I'll maybe try like 1g, 10g 50g of salt in the same container, and using my multimeter, measure the current. Of course I'll clean the container between tests. I think I only have table salt, but I can do this outside and keep my face away from the container so the chlorine gas shouldn't be such a hazard. I reckon I can try this tomorrow.
Crazy!!! Another reason it is good to do lots of research before doing an experiment.
I have an idea for an experiment if you are up here not busy with life and still active with these very informative science projects. ... thanks. ... Let me know. ...
How about Baking Soda as electrolite ?
What is your favorite experiment? I want to try them out. :)
Can you actually prove in an experiment or demonstration that water is made up of hydrogen and oxygen? Cheers!! I'll look forward to the video.
Have you tried with straight from the ocean seawater?
Dumping one barrel of bleach and one barrel worth of aluminum foil in a swimming pool. 🤣
Producing uranium......lol just kidding 😂
Make chlorine dioxide (used for water treatment in some countries)
Thanks for explaining the various discharges
this man is silly 🤣🤣🤣🤣🤣🤣🤣 I love the way he plays and teach
God bless you baby
I want to mention that Sodium Hydroxide is good for unclogging drains. Be careful though.
What if you use Seawater?
I added table salt to water, and literally submerged the battery into the water, then the positive terminal, i guess corroded, with a brownish layer, the water turned grey and blurry and small greenish or yellowish algae like spots appeared to be floating on water, it smelled like gutter or something bad. Then as I got to know about this thing, i disposed the solution in the sink, but it was too late, and the battery never worked again... SO, NEVER DO THIS AT HOME, DO THIS WITH THE FIRST METHOD TOLD IN THE VIDEO.
Yo u were making iron hydroxide
How does NaOCl is generated using sea water electrolysis¿ in our chlorination plant, we electrolysis sea water with high DC current.
Questio what happens if ran table salt electrolysis inside no ventilation for abbout 5 minutes should i be concerned
Thank you so much
I'm waiting this video from many weeks
Thanks for the idea for the episode. :)
How do I make chlorine dioxide? (used for water treatment in some countries in place of sodium hypochlorite)
Or you could just use aluminum cans or any other aluminum you can find throw it in some water add some concentrated lime powder to the water then you have pure hydrogen at a much more rapid pace you end up with a byproduct of aluminum oxide that you can let dry then repurpose
Can I use CuSO4 with H2O?
Hi Johnathan, I was wondering if you could use electrolysis to remove a large portion of the salts and other impurities from the water/solution?, what sort of current, and what metals would best do that to be able to clump solids together for filtration?
If you increase the voltage or amperage will it increase the reaction.
Does epson salt create more than 2 times the hydrogen because when I do it way more hydrogen is produced
You forgot to mention you are making sulphate ions?
Not just hydrogen and oxygen.
And in some sense magnesium.
I think the people that are electrolysis of table salt actually wants the chlorine.
Ps. You actually most of the time need a stirrer. It is convenient for you and it makes you sure, you actually dissolves or mix things.
I thought you needed platinum for the anode to not oxidize.
Just curious, would using iodized salt mixture (54% NaCl 45%NaI and 1% other additives) yield any iodine when undergoing electrolysis?
I tried it with pure water to avoid chlorine, i use aluminum as chathode and anode, what’s the white clouds in the water after electrolysis it for an hour and more?
Interesting, There shouldn't be any clouds if you were using pure water. Did the cloud condense to the bottom? Or just stay in solution?
Oh sorry, it was a Wells water now I change the water with distilled drinking water and there is no clouds anymore 😊
Cool, thanks for letting me know.
You are welcome
Could we drop some large batteries into the seaports near Russia to gas them?
These are not diodes, but electrodes!
So it's chlorine that I inhaled earlier? 😵😵💫
Did it irritate your nose?
Did it smells like a swimming pool?
Did your breathing becomes difficult?
Did you get some redness in your eyes?
If you said yes to any of this, probably is.
bruh i accidently made chlorine gas
If you use a solution of magnesium sulphate and obtain oxygen at the anode and hydrogen at the cathode to demonstrate water being split then why is it when you use a solution of sodium chloride you obtain chlorine at the anode and not oxygen which suggests you're splitting the electrolyte, not the water. I'm aware you state chloride ions are easier to separate but how do you know in the first demo you're splitting water and not the magnesium sulphate (MgSO4) which contains 4 x Oxygens!!
Your entire video demonstrates to me that electrolysis only splits the electrolyte and breaks down electrodes, there's no water splitting taking place.
Does MgSO4 have hydrogen in it? I don’t know much science stuff so I’m actually curious where the hydrogen that formed at that one screw came from since water has hydrogen in it. If it was only the salt reacting or being split, what would the second gas be besides the oxygen that would come from MgSO4?
@@delizaaurora quote - Does MgSO4 have hydrogen in it? Absolutely because what binds the magnesium and sulphate together?
If you think i'm wrong then have you got any ideas what binds the magnesium and sulphate together?
@@delizaaurora hydrogen produced could also originate from the cathode
@@PeterPete Nah I can’t say whether you’re wrong or anything since I don’t know much, I actually didn’t know what binds it together or that there was hydrogen in it, so yeah I don’t know much, just curious was all 😅
@@delizaaurora well mainstream chemistry says there's no hydrogen in MgSO4!! So what binds the magnesium and the sulphate together is anybody's guess! A covalent or ionic bond perhaps? Sure but that doesn't tell us much about what the bond actually is!
Or maybe do? Its a good way to make a bunch of chlorine.
THANK YOU SO MUCH my teacher does not teach and this really helped me 🙏🙏 and made it entertaining 🥹