Electrochemistry - Free Formula Sheet: bit.ly/3NLeylq Final Exams and Video Playlists: www.video-tutor.net/ Chemistry PDF Worksheets: www.video-tutor.net/chemistry-basic-introduction.html Next Video: ua-cam.com/video/XnliDNb5ZN4/v-deo.html
you all probably dont give a damn but does any of you know a tool to log back into an Instagram account..? I was dumb forgot my login password. I would love any assistance you can give me.
@Jasiah Christian I really appreciate your reply. I found the site on google and Im trying it out now. Looks like it's gonna take a while so I will reply here later with my results.
When I was in 8th grade I used to think 9 volt batteries contained fluorine, because only fluorine could give such a high oxidation potential! It didn't occur to me that 9 volt batteries had multiple cells.
Dude electrolysis is supposed to breakdown the compound into individual components. If its an electrolysis of NaCl we should be getting individual Na and Cl particles but we've ultimately just broken down HCl (under acidic conditions) and water (under basic conditions). We didn't separate the NaCl components
I love your videos they helped me out a lot I just hope you could just speak a bit louder i love the calm voice but honestly I find it hard to hear and have to replay some parts a couple times
Love it. Thank you for video but have a few questions: What is the best way to extract the NaOH solution (separating it from the existing NaCl)? Or do we need to completely electrolyze all the NaCl to yield NaOH. Similar question H2O2, how do we extract and keep it from reverse reacting back ot H2O and O2? Just keep it really cold but not freeze H2O?
But H+ doesn’t exist independently in solution. It’s H3O+ that exists which gets reduced. I don’t know why textbooks always include H+ when it doesn’t exist spectroscopic studies have proven its H3O+. Appreciate the way you explained oxidation half though.
One question that bothers me all day ; The battery cell is a galvanic cell, which means its Cathode is the positive terminal. The Anode is the negative terminal But in electrolysis cell, the Anode (battery) change to be the positive terminal, while the Cathode (battery) turns into the negative terminal If i was correctly, about the symbol : 🔋🔋🔋the short one (battery) is Cathode, while the longer one (battery) is Anode.
7:24 by hoping same thing i made an experiment setup i used one bottle filled with nacl and water with electroads in it and attached pipe by silling it and i dipped that pipe in other bottle filled with water hoping that , H from negative and cl gases From positive terminal will produce and and because both makes hcl and after desolving it in water bottle i will get hcl acid , i lived it for 2 days but i did not geg any meaningful evidence of hcl:h2o solutions !! Then thought may be there would oxigen which are interfacing with cl may be !! But after watching your video i knew probability will be very low for oxigen ! But m not sure plz tell me what is wrong with mine setup ? I used near 600ml watef and 3 or 4 "suger spoon" of nacl table salt ! And i also added h2so4 will it help to produce hcl ?
reacting gases directly under a saturated fiberglass tent(small volume!), or sum saturated substrate that wont react with HCl might work. careful, gasses will react with light to recombine and explode as electrolyzed H & O reacts with spark to recombine to water with extreme heat; they(water electrolysis cells) have been made into torches that can cut firebrick and weld steel but curiously won't heat water itself, so you can't burn your skin which is mostly water. but HHO gas can explode and f up your world if you try to store any substantial quantity and H & Cl only need light radiation to recombine and the energy of recombination is even stronger if i remember correctly; H & O need at least a sparc of 12mJ to recombine. note that there were experimental rocket engines using HCl and the energy of recombination produced blasts of mac 7 supposedly.
Thane has a product that electrolyses salt water to produce HClO and also NAOH, I dont' believe that your video accounts for the production of sodium hydroxide, so how does their product cause this reaction ? Maybe one electrode is a special catalyst?
for effective electrolysis of NaCl solution you need an ion exchange membrane between electrodes that allow only anions or cations to pass and choosing the best electrodes reduce side reactions
OK, not quite correct as to likely mechanics (which not addressed in summary electrolysis presentation. Now, H+ (from water leaving alkaline OH--)+ e- = . H (the hydrogen radical anion). The latter can self react: .H + .H -> H2 or, to a lesser extent, react with O2 (also produced in an over potential electrolysis of water) as follows: . H + O2 -> .HO2 but at pH over 4.88 exists as H+ + .O2- (the so-called superoxide radical anion). Bottomline, no H2O2 which could otherwise be created in the albeit slow reaction .HO2 + .HO2 -> H2O2 + O2. Also, no H2O2 in the presence of NaOCl or HOCl (from Cl2 formation of aqueous NaCl electrolysis) from the fast reaction H2O2 + HOCl -> H2O + HCl + O2.
Am I understanding correctly that the acidic and neutral solutions become more basic as NaOH is produced? Does this mean a neutral solution will in the beginning produce Cl2 but after a while produce more O2?
Dear Sir Could you please provide me with the electrical and mechanical design to the cell membrane type to produce NaoH with arate of production 50 leter/ hour design concentration According to economical state. Thank you
Electrochemistry - Free Formula Sheet: bit.ly/3NLeylq
Final Exams and Video Playlists: www.video-tutor.net/
Chemistry PDF Worksheets: www.video-tutor.net/chemistry-basic-introduction.html
Next Video: ua-cam.com/video/XnliDNb5ZN4/v-deo.html
Wow. Amazing Explanation. I wish my textbook was as elaborate as this video lecture.
you all probably dont give a damn but does any of you know a tool to log back into an Instagram account..?
I was dumb forgot my login password. I would love any assistance you can give me.
@Torin Adrian instablaster =)
@Jasiah Christian I really appreciate your reply. I found the site on google and Im trying it out now.
Looks like it's gonna take a while so I will reply here later with my results.
@Jasiah Christian it did the trick and I finally got access to my account again. Im so happy:D
Thank you so much you saved my ass :D
@Torin Adrian Glad I could help xD
When I was in 8th grade I used to think 9 volt batteries contained fluorine, because only fluorine could give such a high oxidation potential! It didn't occur to me that 9 volt batteries had multiple cells.
ur 8th grade teacher be rocket scientist
In my 8th, i hardly know what exactly voltage means😂
and it took me 3 years to figure out how to get to the 9th grade
In 8th grade i was still drinking milk
I swear this guy knows everything 🙆♂️
Thanks for your clear explanation you got me out of swampy, murky,muddied-water.
You ain't y'a
when i get my bachelor im gonna credit this guy
You saved my life. My final is on Monday and my prof did a terrible job explaining electrolysis.
Dude electrolysis is supposed to breakdown the compound into individual components. If its an electrolysis of NaCl we should be getting individual Na and Cl particles but we've ultimately just broken down HCl (under acidic conditions) and water (under basic conditions). We didn't separate the NaCl components
Hello.. Bro... How can we do the electrolysis of molten aluminium sulphate??
for effective electrolysis of NaCl solution you need an ion exchange membrane between electrodes that allow only anions or cations to pass
bro has an explaination to everything
Wow amazing sir!!!!!!! 😀😀😀😀
I love your videos they helped me out a lot I just hope you could just speak a bit louder i love the calm voice but honestly I find it hard to hear and have to replay some parts a couple times
2nacl +2h²o..E...... >2naoh+cl²+h²
naoh+cl²........>naclo+h²o
What happens in neutral conditions, to electrolysed sodium chloride?
Love it. Thank you for video but have a few questions:
What is the best way to extract the NaOH solution (separating it from the existing NaCl)? Or do we need to completely electrolyze all the NaCl to yield NaOH.
Similar question H2O2, how do we extract and keep it from reverse reacting back ot H2O and O2? Just keep it really cold but not freeze H2O?
But H+ doesn’t exist independently in solution. It’s H3O+ that exists which gets reduced. I don’t know why textbooks always include H+ when it doesn’t exist spectroscopic studies have proven its H3O+. Appreciate the way you explained oxidation half though.
Its the same thing... H3O+ happens only because the hydrogen ion is in an aqueous solution
Thankyou so much, this is really helpfull,
Thank you i love the wat you explain
You saved me.
One question that bothers me all day ;
The battery cell is a galvanic cell, which means its Cathode is the positive terminal. The Anode is the negative terminal
But in electrolysis cell, the Anode (battery) change to be the positive terminal, while the Cathode (battery) turns into the negative terminal
If i was correctly, about the symbol :
🔋🔋🔋the short one (battery) is Cathode, while the longer one (battery) is Anode.
I have an doubt:
The anode is always placed on the left side, and the cathode is placed on the right side but why you did it opposite?
Please answer my question
It doesn't matter
is there a chemical reaction that reacts to saltwater and produces water and a non-toxic precipitate in the end (or toxic/non-toxic gas)?
now you're onto something here
Thank you 💕
why do we also have HCL?? if nothing indicates that there is HCL then should we assume there is
What type of anode and cathode do I need to generate chlorine dioxide from sodium chlorite?
7:24 by hoping same thing i made an experiment setup i used one bottle filled with nacl and water with electroads in it and attached pipe by silling it and i dipped that pipe in other bottle filled with water hoping that , H from negative and cl gases From positive terminal will produce and and because both makes hcl and after desolving it in water bottle i will get hcl acid , i lived it for 2 days but i did not geg any meaningful evidence of hcl:h2o solutions !! Then thought may be there would oxigen which are interfacing with cl may be !! But after watching your video i knew probability will be very low for oxigen !
But m not sure plz tell me what is wrong with mine setup ?
I used near 600ml watef and 3 or 4 "suger spoon" of nacl table salt ! And i also added h2so4 will it help to produce hcl ?
reacting gases directly under a saturated fiberglass tent(small volume!), or sum saturated substrate that wont react with HCl might work. careful, gasses will react with light to recombine and explode as electrolyzed H & O reacts with spark to recombine to water with extreme heat; they(water electrolysis cells) have been made into torches that can cut firebrick and weld steel but curiously won't heat water itself, so you can't burn your skin which is mostly water. but HHO gas can explode and f up your world if you try to store any substantial quantity and H & Cl only need light radiation to recombine and the energy of recombination is even stronger if i remember correctly; H & O need at least a sparc of 12mJ to recombine. note that there were experimental rocket engines using HCl and the energy of recombination produced blasts of mac 7 supposedly.
no wonder he has 8.2M subs
Good
Electrolysis of a mixture of Sodium chloride and water →???
Dude it’s salt
That's what i said
you're supposed to push the buttons with the pictures of food on em
No dude it's NACL or tata salt or urine salt
No shit
pure NaCl actually differs from table salt because in table salt there are tiny amounts of iodide that are added
At 4:39, how come the two oxidation potentials do not add up to -1.23V?
Good question I hope someone replies to this with why
How is the pH=0? It can't be as that's extreme acid.
Hello ph -1 is possible
@@dr.jayanthikumaresan9106 Thanks. What you say is correct.
So what happens if I use copper electrodes in NaCl electrolysis?
Sir please what is the function of the electrolysis series of reactions
I really wish I never tool igcse
Will products at electrodes same amount or different amount
Why does the concentration of hydroxide ions increase?
Thanks for you 🌸
12:15 where goes oxigen of h2o ?
to hydroxide OH-
Just like NaClO3 can we make NaClO2 using Hot Electrolysis method ??
Thane has a product that electrolyses salt water to produce HClO and also NAOH, I dont' believe that your video accounts for the production of sodium hydroxide, so how does their product cause this reaction ? Maybe one electrode is a special catalyst?
for effective electrolysis of NaCl solution you need an ion exchange membrane between electrodes that allow only anions or cations to pass
and choosing the best electrodes reduce side reactions
OK, not quite correct as to likely mechanics (which not addressed in summary electrolysis presentation. Now, H+ (from water leaving alkaline OH--)+ e- = . H (the hydrogen radical anion). The latter can self react: .H + .H -> H2 or, to a lesser extent, react with O2 (also produced in an over potential electrolysis of water) as follows: . H + O2 -> .HO2 but at pH over 4.88 exists as H+ + .O2- (the so-called superoxide radical anion). Bottomline, no H2O2 which could otherwise be created in the albeit slow reaction .HO2 + .HO2 -> H2O2 + O2. Also, no H2O2 in the presence of NaOCl or HOCl (from Cl2 formation of aqueous NaCl electrolysis) from the fast reaction H2O2 + HOCl -> H2O + HCl + O2.
Am I understanding correctly that the acidic and neutral solutions become more basic as NaOH is produced? Does this mean a neutral solution will in the beginning produce Cl2 but after a while produce more O2?
I think it does.
Hi, do you know at what concentration oxidation of chlorine is favoured to oxidation of oxygen
How did you know this concept.
you forgot to add the potentials at the end dude
Dear Sir
Could you please provide me with the electrical and mechanical design to the cell membrane type to produce NaoH with arate of production 50 leter/ hour design concentration According to economical state.
Thank you
womp womp
shouldnt be the potential for 2Cl- to Cl2 + 2e- be POSITIVE 1.36?!
I agree with that bcz if I check my standard reduction potentials 4A or 4B it's positive I think that's a tiny mistake made🤔
I have sn exam in 5hrs
Thanks, now I can make an explosion :D
WHY DO WE USE OXIDATION AND REDUCTION POTENTIAL IN AQUEOUS NACL...WHT IS THE NEED BEHIND THIS
PLZZ.... MAKE MY ANSWER TO BE CLEAR
👍👍👍
🎈🎈🎈
brooo thank you for the effort but come on sooo sloowww repeated 100 times keep dazing off but again thank you for your time
set the video to 1.75 speed, it's much easier to listen to
@@michaelh.2666 smartt
ｗＯＷ
Boaring
you spelled it wrong, there's no 'a' in boring - also why are you here if it was 'boaring'