You are not honest with the part of making this hydrogen cell

@@user-hi1ez1go9e yes you said correct. If hydrogen is present in a test tube, a lighted splint held near its mouth ignites with a squeaky pop. but it is making pop sound so,it is not hydrogen gas. It is oxygen gas

If hydrogen is present in a test tube, a lighted splint held near its mouth ignites with a squeaky pop. but it is not making pop sound so,it is not hydrogen gas. It is oxygen gas

I think it's hydrogen because it's not blue for oxygen.... And I try to make one but it didn't work .... Bubble came up but it's not collecting hydrogen

Why did you NOT show the electric power input????

the uploader is speechless

Все это как то опасно. Домашние эксперименты к добру не приведут.

Exactly...

Anode and cathode plates should be vertical and chambers should be separated.

Concordo, quando vi este vídeo, pensei exatamente o que você falou!

Not sure, but wouldn't Hydrogen displace Oxygen at the top of the jar due to the differences in their mass, H being so much lighter than O?

you can get oksigen on anode side and hydrogen on on cathode side if i am not mistaken.

OR.. the glass jar will EXPLODE in your face.

احسنت وفرت علي تعليقا هههه ويمكن ان يحدث انفجار بما أن القنينة تحمل اكسجين وهدروجين قابلان للإحتراق

There's little O2 produced in this reaction. When using table salt (sodium chloride) you get Hydrogen and Chlorine gas. The gases leave the reaction vessel and when bubbled through the second water bottle, the chlorine is dissolved forming Hydrochloric acid. In this application better to use baking soda (sodium bicarbonate) instead of table salt as it produces hydrogen, oxygen and a bit of CO2 which is also soluble in water.

Si hay hidrógeno presente en un tubo de ensayo, una férula encendida que se sostiene cerca de su boca se enciende con un estallido chirriante. pero no está haciendo un sonido pop, así que no es gas de hidrógeno. es gas oxigeno

Yes, graphite rods are much much more effective in my opinion too. As for the electrolyte, i think sodium hydroxide might be a better salt because the last time i did this, the sodium chloride made chlorine gas which started corroding my wires and my gas got contaminated with some chlorine.

At home, sister

never seen that please make a vidio

I was just about to ask what those cells are made of. But I have plenty of carbon rods instead

charcoal rods should do it to+ u dont need to open a battery

Draino/NaOH is an alkali, not an acid - I know science... It also contains small bits of aluminum to generate hydrogen

i did the same mistake when i was kid caustic soda + water + aluminium foil in empty sauce bottle and bottle shatterd in pieces fortunately the bottle had sticker so glass dont fly all around learned hard way

@@user-ur5yg3cx8t Yes, this was a group effort. We were about 13 years old. The old clorox bottle were medium thick glass and brown in color. It was a gallon. So we were lucky not to get hurt

as already noted, Draino is an alkali, not an acid

@@nancymatro8029 but it did the job.

did it when i was 15. filled the gas mixture into glass bottles, then fired it. it was fun.

He used salt, which means it will also contain chlorine gas, also reactive.

I am just about to ask where did the oxygen go because I know oxygen is the other part in water. The title of the video can easily make one think it is only hydrogen. I didn't see anything about the oxygen in the video. Or maybe I missed it.

@@IshaqIbrahim3 Yeah it produces HHO or browns gas, a very explosive mixture, as he adds salt, it also creates chlorine in that mix, making it even more reactive.

@@engjds I guess the next step will be to separate the gasses into different containers. I am now imagining ideas on how to separate the gasses. 🤣🤣🤣🤣

Electrolysis 😂

P

Yeah

KOH...

Perdonen pero es correcto utilizar hidróxido de sodio (NaOH) y no cloruro d sodio (NaCl, sal d cocina) Gracias xla corrección

a translation of this comment i used from google translate for people who cannot understand Russian: To get a pure mixture of oxygen and hydrogen, nothing needs to be added to the water. If salt (NaCl) is added, then chlorine will be released during electrolysis. At 7:54, you can see that the color of the gas in the can turned dirty green. This is chlorine - a poisonous gas that was used in the 1st World War as a chemical warfare agent.

ঠিক বলেছেন

А если добавить нашатырный спирт?

@@MikeSokoloff зачем? Что он даст? NH4OH - при электролизе на выходе получим водород и аммиак.

@@user-zb9kt6zr9k думал увеличит выход водорода, но посмотрев на формулу, и прочитав про аммиак, понял, что это ошибка.

Cl- gets electrolized and then attacks electrodes.

@@west_park7993 almost everything in it does it, oxygen too.

The ocean must be a joke to you.

Nice

It's called electrolysis, but putting current through salt water creates lye and gives of chlorine gas

This is simple electrolysis. The electric charge causes the oxygen atom in the water to pick up a free electron, thus changing its polarity to match that of the hydrogen atoms. As same polarities repels, the hydrogen atoms disassociate from the oxygen atom and the result is expressed as a gas containing 2 parts hydrogen (H1) and one part Oxygen (ozone). The gas is corrosive and ozone can burn your lungs so avoid breathing the gas. When combusted, the gas becomes water again.

Thank you very much!

Thank you! Cheers!

это правильно? знаете ли вы свойства водорода. Если в пробирке находится водород, зажженная лучина, поднесенная к ее рту, воспламеняется с писклявым хлопком. но это не попсовый звук, так что это не гидр

@@timsfirangitadkha8871 пишите на родном языке, иначе смысла нет в написанном

If hydrogen is present in a test tube, a lighted splint held near its mouth ignites with a squeaky pop. but it is not making pop sound so,it is not hydrogen gas. It is oxygen gas

From where the hell chlorine will come?

@@TechMobileReal table salt is NaCl

ممنون 😁

Instead of wasting electricity trying to convert water into fuel which is then used to hear things up, you can just use electricity to directly heat stuff using a coil or something Saves us a lot of time.

To write 100 times on your blackboard: “hydrogen is an energy carrier, not a source”. 😂😂😂 You have to stock energy: ok You have to carry energy: ok You don’t produce H2 with electric energy to burn it a second later.

There is a concept of fuel that can generate H2 when you pour water on it

Yeah, I was here just to look for the conventional comments: "this can change the world" 🤣🤣🤣🤣

@@ken_kastle69 if the electricity consumption is higher and more expensive than producing hydrogen with it to produce heat, then it is better to go for hydrogen production with the help of electricity. And i think this needs to be investigated to see what is more effective.

No flash back arrest stupid

Thanks.

Man U are using totally wrong source of materials and setup. Use 316 stainless steel and U can use copper only on the positive side to stay clean, or just use 316 stainless steel, then U need thick PVC health boards . And U need to have 2.3 volts to each plate and it adds up to just over 12 volts U are working with. U need to make it so it has its own world of magnetic fields and double it's magnetic frequency and zero both, to produce clean and outrageous amounts of hydrogen. As long as it makes more then U need into your intake or vacuum. U will be fine. But if U need even more U can do say eight into one ECT and hook up how many U want. And with the added high temp fuel, U will need titanium valves and copper spark plugs. And then a tune at dyno place to tell your computer it's starving for fuel, that way the fuel cell hydrogen goes in at a certain amount made before it enters chambers of piston. And the gapping of spark plug, will be done right at dyno place. The more hydrogen U produce doesn't matter as long as it's more then U need. And when U play with hydrogen fuel cells, U have to have two one way valves, two flash back arrest and a bubbler , to clean hydrogen and it's a dry clean and a safety device, just incase it ever back flashes to the bubblers and not your fuel cell my friend.

U should start with something simple like electro farming, look it up on U tube, even they don't know much about that subject

Electrical culture magnetic farming my friend.u want massive growth of vegetables from either

Thank you! Cheers!

It's not dangerous at all. The iron in stainless steel is readily oxidised compared to the hydroxide according to electrode potential values. That's why you see the green precipitate. It's iron (ll) hydroxide. Oxygen will only be released if we use inert electrodes. So no one should worry about creating an explosive gas mixture inside a glass

@@themichaelson Well... that makes me feel a little better. My field is electronics, not chemistry. However, are you saying that 100% of the liberated oxygen will go into making rust? I'm still nervous about it.

@@markr7059 you can try the experiment with a steel anode and put a test tube over the anode and see whether bubbles of oxygen are produced at the anode. See for yourself first hand✋

@@markr7059 No, that's not the case. The electrons that were supposed to be released by hydroxide ions to form oxygen will be instead released by the iron.

Doubt this could develop enough energy to explode but who knows. I've been wrong before.

Thank you so much 😊

Give him some balloons filled with 90% hydrogen

Thank you! Cheers!

You get chlorine and sodium hydroxide only if you're using inert anode. Here the anode is steel which is more readily oxidised than the chloride ions (check electrode potential values) hence the green precipitate of iron (ll) hydroxide. That is why in the manufacturing of chlorine they use titanium coated in platinum because platinum is less readily oxidised compared to chloride ions.

NaHO?? NaOH!

Metals and alkalis don't react. And he's not producing more outputs than inputs. Remember he is using electrical energy to produce hydrogen from water

There is no alkali in our electrolyte to react with any metal plus metals react with *acids* to form hydrogen not with alkalis

You couldn't be further from the truth. He is decomposing water using electricity. Where do you see getting more energy than was put in?? There was no alkaline solution. It was regular sodium chloride. It is used to increase conductivity. Pure water is not a good conductor.

@@themichaelson aluminum and sodium hydroxide (a strong alkali) react vigorously. But in this video it's the electricity driving the reaction.

So lemme explain

Basically the dranex is a realy strong base and the Razer blades are made of aluminium when these two things react they give of dihydrogen and normal oxygen which can be used to make the welder showed in the video

Don't worry I will do it for you ☺️

And lithium

How much potential can be stored in H2O? Or better yet the earth, atmosphere, natural existing nature?

In this method, gas is produced. And the blades are not used as a heating element, so the water does not boil

Ok thanks

*DO NOT TRY THIS AT HOME*

Thank you! Cheers!

goood

yes im from iran ❤❤❤

If hydrogen is present in a test tube, a lighted splint held near its mouth ignites with a squeaky pop. but it is not making pop sound so,it is not hydrogen gas. It is oxygen gas