Salt is not producing the energy but conducting it as a metal with charges Na+ Cl- .on the periodic table Na is located on the left side and Cl on the right due to the need of valence electrons, in this case Cl requires one and why has a charge of minus (-1) to complete the octon rule, so in other words Cl consists of 7 valence electrons. Salt is also considered a crystal salt due to the properties just mentioned.
I do hear you, but I think the info is all in good faith, just adding to the video in the commentary section, like anyone is allowed to do, unless the comments are disabled. I wouldn't have taken offence if I did a video without explanation. Everyone's contribution is good I feel and creates a community spirit. @@juliedunken1150
The bubbles coming off the electrodes in the water are O2 and H, you can capture this in a test tube then make it burn with a match and get a nice pop. Don't use a huge bottle though as it is very explosive. To capture the gas, but a test tube of water over each electrode, as the tube fills with gas it will empty the water. The tube that fills first is the hydrogen and the slower one is the oxygen.
@@tammizeevi3995 Well, hmm. I don't know I'm not a chemist. I just learned about it in grade school. I thought the salt just got denser as the water molecules broke apart. I would trust you more than me.
Guys the chemistry behind that is quite simple. NaCl is dissolved in H2O...red wire is the anode and black is the cathode which leads us to following half reactions: Anode: 2 Cl- __to__ Cl2 + 2e- Cathode: 2 H2O + 2e- __to__ H2 + 2OH- Overall reaction: 2Na+ + 2Cl- + 2H2O __to__ Cl2 + H2 + 2Na+ + 2OH- (dissolved Sodium hydroxide_NaOH) So the evolving gases are H2 and Cl2, BUT: since the products of the reaction are not separated by a membrane, the Cl2 gas reacts with 2OH- to form OCl- (Hypochlorite) + Cl- + H2O Thus it is somehow dissolved Sodium Hypochlorite (NaClO) Thank me later... Aww.. I have forgotten to mention that O2 is NOT evolved since the oxidation potential of Cl- comes first, so Cl2 is formed. To form O2, all Cl- have to be removed by gaseous Cl2. But things get complicated as Cl2 is not only removed but also reacts to Chlorites which are soluble in water. So ClO- is involved, possibly also chlorates and perchlorates which makes it hard to remove chlorine from the water.
Electric Experiments Roobert33, I have a question, I can see that on the bottom part of the bulb it connects to the wire. I would like to know how do you connect those wires to the bulb to make the two poles of the circuit (the positive pole and the negative pole). I am studying your experiment because I want to implement in one of my projects and I do have all the equipment, but the bulbs that I have they are regular lamps. It has that metallic bottom to cover the wires I guess and I was wondering how I would be able to separate it. I understood how your experiment works and how it's done, but I still have this doubt of how to connect the positive and negative poles. Thank you
Quella fiamma che si vede all'ellettrodo di sinistra del video a cosa è dovuta? E' forse la combustione dell'Idrogeno che si libera per elettrolisi dall'ossigeno e al contestuale calore che giunge attraverso la corrente elettrica?
Pure water (distilled) is a very poor conductor of electricity. That good ole salt always does the trick. TDS(Total Dissolved Solids) meter work by testing the conductivity of the water. no conductivity, no dissolved minerals/solids. Good conductivity , lots of dissolved solids. Now you know why sweaty hands conduct so well. Nice video.
Fascinating... I have seen this technique used for arc welding... almost like the salt water solution servers as a sort of capacitor to store energy and release it at the contact transience...
Robert 33 you pretty much created a switch of saltwater, that provides energy to right? The machine where the wires are initially plugged,what´s the name of that machine?
He didn't create a switch. Electricity is the movement of ions. He added distilled water at first(not tap water otherwise it would have conducted electricity), then afterwards he added salt(table salt), the salt dissolves as ions in the water. Now the water conducts electricity. Also, the machine in which he plugs in at first is the source (AC maybe), it provides different voltage for different slots.
I saw this on the Internet before...besides, the technique of this experiment and the brightness of the bulb is super cool! Metal and salt water is a conductor of electricity..
Why is it a good conductor of electricity? Salts barely dissociate in water because they contain weak bases and acids so I’m a bit confused because they should have few ions in the solution????
Just to get a quick chemistry lesson in for myself, what causes the water to turn yellow? Is it a chemical reaction? Or just just residue from (what looks like) the nail carrying the negative charge? Or am I just way off? Lol
If there is a change of colour or bubles means that a chemical reaction is taking place. In this case you can see bubbles around the nails which is showing that a reactions is taking place generating hydrogen. The second reaction is shown by the change of colour. Water becomes yellow because the sodium is shown in the form of lye.
Would you happen to know if a running hair dryer does actually pose an electrocution hazard in the bathtub or is that a myth? Hair dryers without GFCI actually do keep running when submerged in bath water and since a human in the bathtub does not complete or contribute to the electrical circuit, why is there a risk for electrocution?
Would you know how to calculate the resistance of a distilled water mixed with salt? How can I reach a certain resistance in a solution of salt and distilled water?
i dont fucking know maybe better technology for your ungrateful ass who is apparently using a phone. you asswipe wont be able to even use a phone without science and technology
So dose this mean this can be done with Ocean water? I take it the volume of the water has some kind of part in this experiment. What would happen if this same experiment was done in ocean water off a harbor dock?
I had made this experiment on a video i have on TH-cam in late 2012 using 230v AC and an 100w light bulb. At least with resistive loads it works as good on AC as with DC although it has much higher resistance than a copper wire to power any actual load with it,it also makes Chlorine and Hydrogen gases so the experiment must be reproduced in a well ventilated area.
@@brandonjohnson1611 I like how you sound so sure of yourself and telling others to brush up on the laws. When in fact you are so wrong! You can most certainly split water into Hydrogen and Oxygen. Maybe you should brush up.
brotherly advice only..first this makes unsafe for the guy playing with rod. it's makes no sense how could you light a bulb without AC/DC? anode is connected to the positive side of the bulb then you used a liquid with added salt as a conductor for cathode then the incandescent lights on. this makes your life complicated why don't use a real conductor for the cathode. this does not prove anything as you are creating an arch flash that may endanger your life and the other person besides you. you may use all forms of conductivity such as: silver,copper,gold,aluminum,iron,steel,brass,bronze,mercury,graphite,dirty water,even concrete and also your body to light up the incandescent bulb with AC/DC. Materials with high electron mobility are called conductors... So be safe in doing such experiment..
Daniel Wilches Chlorine Gas, Sodium Hydroxide (which is a strong base) & hydrogen gas. 2NaCl(aq) + 2H2O(l)---> Cl2(g) + 2NaOH(aq) + H2(g) the gas(es) when he just touches the top of the water with the electrode ignites and quickly reaches a temperature that causes the end of the Iron rod to begin to burn. A lot of energy going through that system :S haha
How were you able to produce such high voltage? I'm doing an experiment about using saltwater and electrodes are magnesium and graphite but it only generates 1.6V (one cell)
Electric Experiments Roobert33 what happens to the blood after the experiment is done. The salt water in the video has changed color. Any idea on the chemical reaction that will happen to the blood? I’m bad at chemistry sorry!
+Roobert33 But how will it generate DC voltage rather using DC to power bulb.. Actually instead of using traditional electrolyte solution you are just using Salt water.
It is possible though to use salt water to create electric current.u just have to have a piece of copper and a zinc washer to create a chemical reaction
In Burma, the government always cut off electricity and we don't have electricity most of the days. When I watched this movie, i really would like to try it out . Just water and salt and electric light bulb and what is the red and black wire called? Where does it connect to? THere is something at the back ? Is it voltage? Oh yea, there is iron nail too. Is it really iron nail? Cos it doesn't look like nail in the movie? Can you please answer my question? THanks a lot!!!!!!!
yes and could a reactor using fe and the magnetic resonance wave form of the earth be bult in the ocean to provide energy if we were to us a glass core rod system to reduce frequency?
MSY MERSİN To do this type of experiment only a few things, a light bulb from 300-500 watts two iron nails, wires not thin and a voltage of 230 volts eg water and salt :)
Electric Experiments Roobert33 put that on the description already! I was looking for the voltage information ;) So, let me see if I understood, 220v DC, not AC.
Hi, Are you applying 220v DC from outer source? if you directly connect the both nodes bulb will lite up again? the salty water is being used for conductivity only?
i have to make a science exp and for that i want to make model of a car that can run on salt water like european prototype sports car instead of petrol so is it possible to use a battery current
i dont get it, why does it arc with only 240v dc? i made a 400v dc-dc and couldnt get it to arc. Is it because of the current? (more temp, lower ionizing voltage like cfl bulbs) because stick welders also arc and only have like 50v or so but a lot of amps.
"Electric Experiments"Roobert33 Thanks, I'll give it a try. I'll see if i can get myself a variac though as my high voltage dc-dc cant output more than 2w :(
abdullah sameer it's an electric arc, The same that you can use to weld iron with electricity. It is made of electrons and is so hot that the nail melts itself. To produce it you have to touch the water and then just put the nail a couple millimeters away from the water, electricity "jumps" the gap, that arc forms and the circuit stays closed.
Nugroho EksGuru The other answers are misleading (trying to be nice, but actually it's wrong) Because of the regular salt being added to make the water conduct electricity, that salt in solution will undergo an electrochemical reaction (electrolysis) forming Chlorine Gas, Sodium Hydroxide (which is a strong base) & hydrogen gas. 2NaCl(aq) + 2H2O(l)-----> Cl2(g) + 2NaOH(aq) + H2(g) Yeah so nasty stuff but because this was only done for a short time and this was a small quantity experiment, the concentrations of chemicals formed will be low. Low enough for it to be safely disposed of into the sewer where it will undergo further reactions with ions in the waste water hence neutralizing it.
Salt is not producing the energy but conducting it as a metal with charges Na+ Cl- .on the periodic table Na is located on the left side and Cl on the right due to the need of valence electrons, in this case Cl requires one and why has a charge of minus (-1) to complete the octon rule, so in other words Cl consists of 7 valence electrons. Salt is also considered a crystal salt due to the properties just mentioned.
Didn’t realize this was your video professor! Maybe you should do your own video? Thanks for coming by ! But no thanks on the lecture…
I do hear you, but I think the info is all in good faith, just adding to the video in the commentary section, like anyone is allowed to do, unless the comments are disabled. I wouldn't have taken offence if I did a video without explanation. Everyone's contribution is good I feel and creates a community spirit. @@juliedunken1150
It does not matter 😂🎉🎉, what matters is that the light switches on..... Science is just mathematics to some of us. I love this😅
The bubbles coming off the electrodes in the water are O2 and H, you can capture this in a test tube then make it burn with a match and get a nice pop. Don't use a huge bottle though as it is very explosive. To capture the gas, but a test tube of water over each electrode, as the tube fills with gas it will empty the water. The tube that fills first is the hydrogen and the slower one is the oxygen.
isn't is Clorine that is being producded? Cl2?
@@tammizeevi3995 Well, hmm. I don't know I'm not a chemist. I just learned about it in grade school. I thought the salt just got denser as the water molecules broke apart. I would trust you more than me.
@@LenHarms Both Hydrogen gas and Chlorine gas, but chlorine are easily soluble in water and thats why water is turning yellow at the end of this video
@@LenHarms but no oxygen molecule, cuz its easier to oxidise chloride ion than hydroxide
HH0 can be use as car gasoline
@ syed adnan
Hi, for a scenographic effect appreciable it takes a voltage of 230 volts and a minimum load of 300-500 watts..
it's AC or DC ?
DC ;)
+Petardo238 it's not working
It's not working
Can you plz tell me the names of the materials..... We're doing it for science fair 😋
Thank you. Salt of the earth and light of the world does make sense now.
Can you post a video of the same experimentation without connecting cables with the voltage counter device?pls.
Exactly
I was thinking the same thing.
Guys the chemistry behind that is quite simple.
NaCl is dissolved in H2O...red wire is the anode and black
is the cathode which leads us to following half reactions:
Anode: 2 Cl- __to__ Cl2 + 2e-
Cathode: 2 H2O + 2e- __to__ H2 + 2OH-
Overall reaction: 2Na+ + 2Cl- + 2H2O __to__ Cl2 + H2 + 2Na+ + 2OH- (dissolved Sodium hydroxide_NaOH)
So the evolving gases are H2 and Cl2, BUT: since the
products of the reaction are not separated by a membrane, the Cl2 gas reacts
with 2OH- to form OCl- (Hypochlorite) + Cl- + H2O
Thus it is somehow dissolved Sodium Hypochlorite (NaClO)
Thank me later...
Aww.. I have forgotten to mention that O2 is NOT evolved
since the oxidation potential of Cl- comes first, so Cl2 is formed. To form O2,
all Cl- have to be removed by gaseous Cl2. But things get complicated as Cl2 is
not only removed but also reacts to Chlorites which are soluble in water. So
ClO- is involved, possibly also chlorates and perchlorates which makes it hard
to remove chlorine from the water.
The arcing against the water is very cool!!! I should have expected it, but still surprised me when it happened.
Electric Experiments Roobert33,
I have a question, I can see that on the bottom part of the bulb it connects to the wire. I would like to know how do you connect those wires to the bulb to make the two poles of the circuit (the positive pole and the negative pole).
I am studying your experiment because I want to implement in one of my projects and I do have all the equipment, but the bulbs that I have they are regular lamps. It has that metallic bottom to cover the wires I guess and I was wondering how I would be able to separate it. I understood how your experiment works and how it's done, but I still have this doubt of how to connect the positive and negative poles.
Thank you
Raffael Rabelo A nail goes to the wire leading to the light bulb, the other wire is connected to the transformer, look closely at the video ..
What is the Hz thing you are plugging the wires into? Is that needed or is it just for measure output?
Quella fiamma che si vede all'ellettrodo di sinistra del video a cosa è dovuta? E' forse la combustione dell'Idrogeno che si libera per elettrolisi dall'ossigeno e al contestuale calore che giunge attraverso la corrente elettrica?
Sì, è la combustione dell'idrogeno per effetto elettrolisi.
Grazie per il riscontro. Complimenti per i tuoi video sempre molto interessanti sugli esperimenti che effettui. Ciao.
so wat is the use of the saltwater if u still connect the circuit with a 240V power supply on the far left ??
+The Honcho of All Spearheads salt is needed to close the circuit
Vision kay, thx for clearing me up!
correct coment
I thought it's a common knowledge.. ．−．
Pure water (distilled) is a very poor conductor of electricity. That good ole salt always does the trick. TDS(Total Dissolved Solids) meter work by testing the conductivity of the water. no conductivity, no dissolved minerals/solids. Good conductivity , lots of dissolved solids. Now you know why sweaty hands conduct so well. Nice video.
Alkaline water is the best
Will the water getting hot eventually? And evaporate?
@@Lovemyfriends1 Alkalis are water soluble and they obviously conduct electricity
Hey can u tell me the things need to do these becouse i have a project like this in chimestry!
Salt,water,mentol,brain!!!
@@vimalvimal324 😂
Brain 😂 yes correct
He explained without even opening his mouth for me good channel
Fascinating... I have seen this technique used for arc welding... almost like the salt water solution servers as a sort of capacitor to store energy and release it at the contact transience...
What if air acts as a sort of capacitor to store energy and release it the same way, but not as efficient as salt water?
Which one is negative wire and positive wire 🤔
Thanks for the great rheostat video. Do you have any experiment with similar apparatus such as a light bulb; but NO source of AC or DC power?
Gort Sneeley I have planned something you say, as soon as possible I will make a video.
which kind of that nail
Robert 33 you pretty much created a switch of saltwater, that provides energy to right?
The machine where the wires are initially plugged,what´s the name of that machine?
He didn't create a switch. Electricity is the movement of ions.
He added distilled water at first(not tap water otherwise it would have conducted electricity), then afterwards he added salt(table salt), the salt dissolves as ions in the water. Now the water conducts electricity.
Also, the machine in which he plugs in at first is the source (AC maybe), it provides different voltage for different slots.
I saw this on the Internet before...besides, the technique of this experiment and the brightness of the bulb is super cool! Metal and salt water is a conductor of electricity..
مستر محمود بيمسي عليك يا ريس😂😂
caption should have been that salt water is a good conductor of electricity.
That doesn't make it an experiment idiot. It is an experiment and you don't name an experiment with a conclusion
Janith Oshadha you don’t need to call him an idiot
@@zahra-bs2pz and you don't need to point that out XD
Why is it a good conductor of electricity? Salts barely dissociate in water because they contain weak bases and acids so I’m a bit confused because they should have few ions in the solution????
احسنت عاشت ايدك صح بدون كلام بس فعل👌 اخوك من العراق🇮🇶
Just to get a quick chemistry lesson in for myself, what causes the water to turn yellow? Is it a chemical reaction? Or just just residue from (what looks like) the nail carrying the negative charge? Or am I just way off? Lol
Trint
It turns yellow for a chemical reaction..
TheDirtyTexan this light lamp that's not water yellow
If there is a change of colour or bubles means that a chemical reaction is taking place. In this case you can see bubbles around the nails which is showing that a reactions is taking place generating hydrogen. The second reaction is shown by the change of colour. Water becomes yellow because the sodium is shown in the form of lye.
you tota it's not, when the lightbulb is off, you can still see the yellow water, there is a chemical reaction taking place
TheDirtyTexan
Would you happen to know if a running hair dryer does actually pose an electrocution hazard in the bathtub or is that a myth? Hair dryers without GFCI actually do keep running when submerged in bath water and since a human in the bathtub does not complete or contribute to the electrical circuit, why is there a risk for electrocution?
جاي من عند مستر محمود مجدي
Would you know how to calculate the resistance of a distilled water mixed with salt? How can I reach a certain resistance in a solution of salt and distilled water?
That was really interesting!! Thanks for sharing this.
What are the other two clips connected to? Just conductor not generating electricity
hey i have one more question
How does this apply to the real world?
i dont fucking know maybe better technology for your ungrateful ass who is apparently using a phone. you asswipe wont be able to even use a phone without science and technology
@@lilacpetql6252 1. You have an anime profile pic, you are never allowed to talk about anything ever in existence
2. This comment is 3 years old
This is exactly how some live theaters used to control their lighting. A dangerous historical curiosity nowadays.
The pyramids dummy
What are the tools you used in the experiment
Great experiment, interesting how much heat is generated by an arc. It melts the iron very quickly.
Hi Ray, even your experiment melted copper ;)
"Electric Experiments"Roobert33
Yes it did, my current was a bit higher than 2.2 Ampères.
@Experiments Robert33 Can we simply get electricity from ocean, which has plenty of salt in it? Will it work?
thank you, I was wondering if I could use salt as an alternative to hydrogen sulfate, well I guess I can, so thanks for making this video
So dose this mean this can be done with Ocean water? I take it the volume of the water has some kind of part in this experiment. What would happen if this same experiment was done in ocean water off a harbor dock?
Regular water = Insulator, Salt water= Conductor. He made a path. Is pretty much what this video is.
I thought water is a conductor. Like don't drop a lamp in your bath with you in it.
Mrlr J it's not 100% conducter or 100% not conducter
Guy's what are the tow type of iron in it.
Plz tell
can you give me a list of all the things you've used in your experiment? please..
I had made this experiment on a video i have on TH-cam in late 2012 using 230v AC and an 100w light bulb.
At least with resistive loads it works as good on AC as with DC although it has much higher resistance than a copper wire to power any actual load with it,it also makes Chlorine and Hydrogen gases so the experiment must be reproduced in a well ventilated area.
+truebassB Yes, in fact. well ventilated.
How can I get the manuscript and the materials needed for three bulbs only. So it can serve in the absence of light.
You see bubbles. If I am not mistaken, the current is splitting water into H & O. Your experiment is 2 in 1 :).
Your kidding right? You cant split water back into hydrogen and oxygen, brush up on your laws of thermal dynamics'
Thats chlorine and hydrogen. It is as same as Chlro Alkali process.
@@brandonjohnson1611 I like how you sound so sure of yourself and telling others to brush up on the laws. When in fact you are so wrong! You can most certainly split water into Hydrogen and Oxygen. Maybe you should brush up.
are some of those sparks from electrolysis freeing sodium which then reacts with water? or is it just electricity?
مين تبع محمود مجدي 😂
I have one invetation. What I have to do?
brotherly advice only..first this makes unsafe for the guy playing with rod. it's makes no sense how could you light a bulb without AC/DC? anode is connected to the positive side of the bulb then you used a liquid with added salt as a conductor for cathode then the incandescent lights on. this makes your life complicated why don't use a real conductor for the cathode. this does not prove anything as you are creating an arch flash that may endanger your life and the other person besides you. you may use all forms of conductivity such as: silver,copper,gold,aluminum,iron,steel,brass,bronze,mercury,graphite,dirty water,even concrete and also your body to light up the incandescent bulb with AC/DC. Materials with high electron mobility are called conductors... So be safe in doing such experiment..
yes right
LMAO. You mean he shouldn't use this in production?
Wow it good do you have anymoer video ?
hi thes is normal salt i mian salt for eat it is
Learn how to write English then come to ask
@@gofueditz5145 *hOw tO wRiTe eNgLisH* dude why you gotta be Soo rude doesn't have a native tongue kid
What happen if we replace it with only water ?
Try to put some beef cubes and vegetables.
Knor
Please it's not clear where you plug the long red wire before it comes to the water as black please explain thanks
amazing
هل انت صيني
What is the gas coming out from the black electrode when you start pouring salt?
Daniel Wilches I think it's steam water because of heat on the electrode. By the way it can be hydrogen or oxygen because of electrolysis of water.
Daniel Wilches Chlorine Gas, Sodium Hydroxide (which is a strong base) & hydrogen gas. 2NaCl(aq) + 2H2O(l)---> Cl2(g) + 2NaOH(aq) + H2(g)
the gas(es) when he just touches the top of the water with the electrode ignites and quickly reaches a temperature that causes the end of the Iron rod to begin to burn. A lot of energy going through that system :S haha
why there is dislike ? awesome vid
How were you able to produce such high voltage? I'm doing an experiment about using saltwater and electrodes are magnesium and graphite but it only generates 1.6V (one cell)
Maybe the bulb takes a little amount of voltage
The salt isn't actually generating electricity, it's being tested as a conductor
Whoaaa!I just thought the bulb will explode.
I have a weird question. Blood is in a way salt water as well. would it also light up a bulb?
Yes, but it would turn it on with less power ;)
Electric Experiments Roobert33 what happens to the blood after the experiment is done. The salt water in the video has changed color. Any idea on the chemical reaction that will happen to the blood? I’m bad at chemistry sorry!
desconnect the red wire. pls light off
right
Hahaha
Very good idea thanks for sharing.
From now on I'm gonna eat more salty and I will become so powerful
haha
With high blood pressure for sure.
I want to get powerful too, so from now on I'm only going to drink salt water.
@@masterclickbater6055 What the.. It's super dangerous!
@@masterclickbater6055 You'll be projecting a lot of "power", that's for sure
if i have 20% 30% 40% concentration of salt the better it conducts?...or at some point it's useless to add more salt?
+Xrip100 Yes, when the water is saturated with salt, it is superfluous to to give more current.
+Roobert33 But how will it generate DC voltage rather using DC to power bulb.. Actually instead of using traditional electrolyte solution you are just using Salt water.
Good
How does this affect boaters in salt water marinas? Does it affect the metal props, shafts, etc?
This experience show how salt water conduct current not produces energy.
It is possible though to use salt water to create electric current.u just have to have a piece of copper and a zinc washer to create a chemical reaction
I wonder if water can store electricity as well is in a sort of short lived battery like a capacitor
so, we can make a high power potentiometer using salt water, cool
In this system. What salt water acting as?. Is salt water acting like a resistance or capacitor?
OMG DA WATERS SOOOOOOOOOOO SALTY I LUV IT MAN GIMME MORE M8
Beautiful demonstration! Now I will look an see if you have anything on cavitation!
that's nice
I would like to use this experiement for my research project. Do I need the thing that is attached to the bulb, the Hz meter?
No, its just there to prove it
فكرتك ساحر على هالجو الرومانسي هههه
if you live near by ocean can you use for a small village of 100 people to have power
We are doing this project 😂 #fun
What are the electrodes that you used?
What is that clip thing that clutch to the light and the salt water
Since I dont have any electrode here at home... Can I use the battey's electrode or maybe I can use a nail and hard copper wire? pls. help me!?
Maikkeru HyperYap Nail and copper wire are good..
I see the DC generator, where dp you find that equipment ? alsi does it work to AC too ?
In Burma, the government always cut off electricity and we don't have electricity most of the days. When I watched this movie, i really would like to try it out . Just water and salt and electric light bulb and what is the red and black wire called? Where does it connect to? THere is something at the back ? Is it voltage? Oh yea, there is iron nail too. Is it really iron nail? Cos it doesn't look like nail in the movie? Can you please answer my question? THanks a lot!!!!!!!
Shar LooDo this experiment is easy, but it takes a mains voltage of 220 volts, otherwise you can not achieve :)
what are the materials that you use and what is the object of this video ?
How long does it last?
yes and could a reactor using fe and the magnetic resonance wave form of the earth be bult in the ocean to provide energy if we were to us a glass core rod system to reduce frequency?
Blogger #004257961 Of course this is just a video entertainment, but in reality what you say may be a good idea..
How did you do that? What materials did you use? I dont understand.Please translate for me. My languages Turkish. I want to learn too and thank you...
MSY MERSİN To do this type of experiment only a few things, a light bulb from 300-500 watts two iron nails, wires not thin and a voltage of 230 volts eg water and salt :)
Cool
Electric Experiments Roobert33 put that on the description already! I was looking for the voltage information ;) So, let me see if I understood, 220v DC, not AC.
Which things you used in it?how u make it?my language is english?
Hi, Are you applying 220v DC from outer source? if you directly connect the both nodes
bulb will lite up again? the salty water is being used for conductivity only?
You are stupid
i have to make a science exp and for that i want to make model of a car that can run on salt water like european prototype sports car instead of petrol so is it possible to use a battery current
What is the name of electronic devices you use?
Why the other bulb does not generate electricity with salt and water?? Can you please answer me
the material of two electrode rod is not disclosed one is presumed iron bolt but the other electrode metal is?
They are two iron nails.
what is this device which conduct by a black cable??
What types of device negetive wire connected to?
Would this work if the salt water was mixed with dirt in a 2/3 ratio?
Did you do that last move on purpose? Isn't that hurting your power supply plugs?
Yes, I did it on purpose ;)
Why is the nail rusting and bubbles forming around the nail?
It 'a galvanic reaction.
i am doing same process but this is not working , tell me please
Disabling the 220 and connect it to the bowl with salt water, 12v lamp?
I did not understand exactly what you mean, if I put a 12V bulb into the bowl after disconnecting 220 volts, what would happen without the voltage !!!
i dont get it, why does it arc with only 240v dc? i made a 400v dc-dc and couldnt get it to arc.
Is it because of the current? (more temp, lower ionizing voltage like cfl bulbs) because stick welders also arc and only have like 50v or so but a lot of amps.
Laharl Krichevskoy For an arc with 240 volts DC, in the system there must be a load of 2-3 amps and capacitors high.
"Electric Experiments"Roobert33 Thanks, I'll give it a try. I'll see if i can get myself a variac though as my high voltage dc-dc cant output more than 2w :(
What is in that plastic cup labeled "SALT"?
Well, I understood why when it's >>IN >NEAR
Guys plz like and reply so someone can answer it
abdullah sameer it's an electric arc, The same that you can use to weld iron with electricity. It is made of electrons and is so hot that the nail melts itself.
To produce it you have to touch the water and then just put the nail a couple millimeters away from the water, electricity "jumps" the gap, that arc forms and the circuit stays closed.
abdullah sameer if you make the gap bigger the circuit brakes. Depending on the amount of current, the gap can get bigger.
Noelia Yes, it is as you say. The working voltage is DC volts, but also with AC makes it, but much less.
What are you Buildings? I saw you welding the salt water.
That's good and all but can we use it as an energy source?
How should we do with the salt water after. Isn't it become poisonous water after used?
Nugroho EksGuru No.Just dump it in the sink.
Nugroho EksGuru it'll at the very worst have iron oxide in it, which is naturally occurring in the environment anyways.
Nugroho EksGuru The other answers are misleading (trying to be nice, but actually it's wrong) Because of the regular salt being added to make the water conduct electricity, that salt in solution will undergo an electrochemical reaction (electrolysis) forming Chlorine Gas, Sodium Hydroxide (which is a strong base) & hydrogen gas. 2NaCl(aq) + 2H2O(l)-----> Cl2(g) + 2NaOH(aq) + H2(g)
Yeah so nasty stuff but because this was only done for a short time and this was a small quantity experiment, the concentrations of chemicals formed will be low. Low enough for it to be safely disposed of into the sewer where it will undergo further reactions with ions in the waste water hence neutralizing it.
jahahhhaahaah kaduha rako nmo
does that mean the salt water is more poisonous after being used for the experiment?