so is this a suitable subsequent product for making han then hipep? if so it looks like rocket propulsion is about to undergo a radical shift! a controllable throttleable solid propellant thats easy to make? amazing!
If sulfuric acid dehydrates formic acid to produce carbon monoxide, why not use it? Just do it outside or in a well ventilated area. CO is the anhydride of formic acid. Being a gas, it leaves the reaction which effectively removes the formic acid product and forces the overall reaction equilibrium to the right, thereby driving the reaction to completion.
I'd love to see the preparation of n-methylhydroxylamine hydrochloride from nitromethane by the reduction with ammonium chloride and zinc dust. E. Beckmann, Justus Liebigs Ann. Chem., 365, 201 (1909)
The best presentation I have seen for the preparation of chemical compounds....my friend, continue this presentation
Quality chemistry video as always. Keep up the good work!
I have been waiting to see this for a very long time. It would be nice to see citations however for your procedure.
You might also try reduction with Zn-NH4Cl or Zn-CaCl2. This purposedly produces hydroxylamine and is used in Mulliken Barker Test for nitro group.
Agree completely
Pretty cool, very informative. Can't wait for the next vid.
Very good content! Please keep updating ! Thank you
so is this a suitable subsequent product for making han then hipep?
if so it looks like rocket propulsion is about to undergo a radical shift!
a controllable throttleable solid propellant thats easy to make?
amazing!
Those crystals are beautiful
Amazing 👍
If sulfuric acid dehydrates formic acid to produce carbon monoxide, why not use it? Just do it outside or in a well ventilated area. CO is the anhydride of formic acid. Being a gas, it leaves the reaction which effectively removes the formic acid product and forces the overall reaction equilibrium to the right, thereby driving the reaction to completion.
Great video quality, love the content
I'd love to see the preparation of n-methylhydroxylamine hydrochloride from nitromethane by the reduction with ammonium chloride and zinc dust. E. Beckmann, Justus Liebigs Ann. Chem., 365, 201 (1909)
Hmm i used to make methylamine from nitromethane and aluminum metal. A tiny amount of mercury was the catalyst. 🤓
Just found your channel. Subbed.
Aw man thank you. ❤
So interesting and helpful to me
Thank you
Thank you good sir!
I believe you copy NileRed
There is no copy in chemistry, if anything it's reproducing results