Periodontal pockets are spaces under the gum line that trap bacteria. They are a symptom of periodontitis (gum disease), which can cause tooth loss. Dentists measure periodontal pocket depth in ...
According to IUPAC Red book page 140, hyponitrous acid, correctly said as hypodintrous acid, is $\ce{H2N2O2}$ while the compound $\ce{HNO}$, azanone also exists. So why is the dimer considered the ...
I started with the solution by deciding the Lewis acid out of $\ce {HNO_3}$ and $\ce {HNO_2}$. I guess $\ce {HNO_3}$ should be Lewis acid as O.S. of N is higher in it. Hence, I wrote the reaction to generate electrophile: $$\ce {HNO_3 + HNO_2 -> NO_3^- + H_2O + NO^+}$$ Now, it is a bit clear who's the electrophile. Hence, I thought that first option would be the final product. But, according ...
Certainly, the nitrogen of HNO 3 fits the bill where M = NO 2 in structure 2. In this instance, nitrogen is n = 5 in structure 2 and 4. Bear in mind that for the purpose of electronic bookkeeping, transformation of the acyl anion 5 to a acyl cation 2 is a 2-electron oxidation while species M undergoes a 2-electron reduction. --- continued ---
Commercial stock solutions of HNO3 (nitric acid) are usually 70% w/w, and according to several MSDSs (e.g. here), it is dangerous to inhale it: Symptoms/effects after inhalation : Irritatio...
What is the maximum concentration of HNO3 (nitric acid) which may be ...
Why does silicon only reacts with HF and HNO3 and not other acids, can you explain it why.
I am dissolving tin in nitric acid. What reactions will take place depending on the conentration of $\rm{HNO}_3$ and temperature? Particularly, I am interested when the metastannic acid $\rm{H_2Sn...