Nitric acid is just nitric acid. At room temperature, it is a liquid.
Carbon dioxide combines with water to form Carbonic Acid, Similarly Sulfur dioxide form Sulfuric acid and Nitric oxide form Nitric acid. These all falls on earth in the form of acid rain.
The chemical name of HNO3 is nitric acid
Nitric Acid is the Stronger acid. it fully dissociates in water, to form H^+ & NO3^- Formic Acid ( Methanoic Acid) is a weak acid . It only partially dissociates in water. That it does not fully release all the hydrogen ions in the acid .
Nitric acid is strong oxidizer, so if it is mixed with a right fuel it can be possible of denotation. The salts it may form can also be strong oxidizers. However, nitric acid itself is not explosive.
Nitric acid does not form the anhydride but dinitrogen penta oxide is theoretical anhydride of nitric acid.2HNO3 = N2O5 + H2O==========No. From the Wikipedia article on nitrogen pentoxide:N2O5 was first reported by Deville in 1840, who prepared it by treating AgNO3 with Cl2.Therefore, nitrogen pentoxide is the anhydride of nitric acid.
Carbon dioxide combines with water to form Carbonic Acid, Similarly Sulfur dioxide form Sulfuric acid and Nitric oxide form Nitric acid. These all falls on earth in the form of acid rain.
The chemical name of HNO3 is nitric acid
you can easily prove this by testing nitric acid with pH paper...if the color matches to any of the pH levels form 0-7, it is an acid
Nitric Acid is the Stronger acid. it fully dissociates in water, to form H^+ & NO3^- Formic Acid ( Methanoic Acid) is a weak acid . It only partially dissociates in water. That it does not fully release all the hydrogen ions in the acid .
Nitric acid is strong oxidizer, so if it is mixed with a right fuel it can be possible of denotation. The salts it may form can also be strong oxidizers. However, nitric acid itself is not explosive.
Nitric acid does not form the anhydride but dinitrogen penta oxide is theoretical anhydride of nitric acid.2HNO3 = N2O5 + H2O==========No. From the Wikipedia article on nitrogen pentoxide:N2O5 was first reported by Deville in 1840, who prepared it by treating AgNO3 with Cl2.Therefore, nitrogen pentoxide is the anhydride of nitric acid.
potassium hydroxide is POH and nitric acid is HNO3
No, it does not
The primary source of nitric acid is the oxidation of ammonia in the Ostwald process.
Sulfur dioxide and nitrogen oxides both react with water in the atmosphere to form acids, sulfuric acid and nitric acid.
Nitric acid in its pure form is colorless. The color changes to brownish-yellow due to the presence of nitrogen dioxide (NO2). This nitrogen dioxide usually forms when bottles containing nitric acids are not properly capped. Nitric acid reacts with oxygen in the air to form nitrogen dioxide which remains dissolved in the acid to give this particular color.
nitric acid is light sensitve , it decomposes when expose in light. when aluminium is added to the conc HNO3 it remain passive in conc nitric acid,...... and moreover aluminium oxide layer is also form due to which it remain passive in conc nitric acid...