When i added 5m sodium hydroxide solution i had tree layers one red the bottom orange the middle and light yellow at the top. Can you please explain it?
I found out what it is. Apparently, due to the presence of impurities, such as zinc dust, when a NaOH solution is added, part of the nitrobenzene will be reduced to azobenzene, whose color is bright orange, and the density is lower than nitrobenzene.
Mine started vigorous reaction suddenly, while heating in your designed water bath, with emission of brown smoke up to roof. The solution first turned dark brown, then black and then green in a sec. When I poured it into water it turned white solution. That's what happened with me. Now sir please solve the mystery.....
@@vibzzlab well sir if I am not wrong in remembering, you said temperature should not exceed 60 degrees?I was trying to provide precise temperature according to your guidance.
Nitro compounds are the best compounds!
Excellent video, hace a nice day!!
Thank u. I can't tell you how helpful your videos are for those who wanna learn how to make these compounds but don't have the raws
Thank you 🥰
What about these concentration 49% sulfuric acid and 57%nitric acid??? Can i use them in making nitrobenzene???
Nitrobenzene is a cool compund, I did it also once :D
Smells too nice for such a toxic chemical 🙃
Thanks useful and full detail.
Sir,in the end you just filtered out the nitrobenzene from cacl2?right?
Great video sirji....
Kindly make a video on synthesis of para amino phenol from nitrobenzene
Very nice! Food grade!
Lol 😆
Did it work if i use comersial HNO3(68%) instead of concentrated HNO3?
Not ideal I think
Yes, it works kinda good if you use 98% H2SO4. I prepared nitrobenzene with 68% HNO3 and the reaction yield was 78,7% of theoretical.
When i added 5m sodium hydroxide solution i had tree layers one red the bottom orange the middle and light yellow at the top. Can you please explain it?
I found out what it is. Apparently, due to the presence of impurities, such as zinc dust, when a NaOH solution is added, part of the nitrobenzene will be reduced to azobenzene, whose color is bright orange, and the density is lower than nitrobenzene.
@@Создатель-з7ъ Thanks for your answer.
Mine started vigorous reaction suddenly, while heating in your designed water bath, with emission of brown smoke up to roof. The solution first turned dark brown, then black and then green in a sec. When I poured it into water it turned white solution. That's what happened with me. Now sir please solve the mystery.....
@@vibzzlab well sir if I am not wrong in remembering, you said temperature should not exceed 60 degrees?I was trying to provide precise temperature according to your guidance.
@@vibzzlab last day I performed it with 40degree but still it got vigorous
@@mominaan36sounds like a runaway nitration. If that’s Celsius, that seems high. nitrations usually happen best at ice cold temps.
First!!!
Kya 99.9% me rate kya he
Sir I am also your subscriber , do you supply me the row meterial of Nitro benzene