if you touch nitric acid it might burn a little buts just wash it off and everything will be fine.
When copper reacts with nitric acid, the copper is oxidized by the nitric acid to form copper(II) nitrate, nitrogen dioxide gas, and water. The reaction is a redox reaction where the copper is oxidized and the nitric acid is reduced.
HNO3 is Nitric Acid Compare with HNO2 ; Nitrous Acid. Note the difference in the formulas and the names. Accounted for by the different oxidation states of nitrogen .
The IUPAC name for nitric acid is "nitric acid." But its Periodic name is HNO3
When D-glucose is treated with nitric acid, it undergoes oxidation to form various products such as glucaric acid, saccharic acid, and tartaric acid. This reaction usually leads to a mixture of products due to the complexity of glucose's structure and the oxidative nature of nitric acid.
When nitric acid reacts with methyl orange, the color of the solution changes. Methyl orange is an indicator that changes color from orange/yellow in acidic solutions to red in basic solutions. In the presence of nitric acid, which is a strong acid, the solution would turn red.
HNO3 is Nitric Acid Compare with HNO2 ; Nitrous Acid. Note the difference in the formulas and the names. Accounted for by the different oxidation states of nitrogen .
For example, metallic uranium is soluble in nitric acid.
When copper reacts with nitric acid, the copper is oxidized by the nitric acid to form copper(II) nitrate, nitrogen dioxide gas, and water. The reaction is a redox reaction where the copper is oxidized and the nitric acid is reduced.
Answer plc urgent
No, it does not
Copper reacts with nitric acid to produce copper (II) nitrate. In water, it forms a clear blue solution.
nitric acid is heterogeneous.
The IUPAC name for nitric acid is "nitric acid." But its Periodic name is HNO3
The number of nitric acid molecules is 28,6723.10e23.
Aluminium reacts with dilute nitric acid to give aluminium nitrate and hydrogen gas. aluminium + nitric acid -> aluminium nitrate + hydrogen 2Al(s) + 6HNO3 (aq) -> 2Al(NO3)3 (aq) + 3H2(g)
When D-glucose is treated with nitric acid, it undergoes oxidation to form various products such as glucaric acid, saccharic acid, and tartaric acid. This reaction usually leads to a mixture of products due to the complexity of glucose's structure and the oxidative nature of nitric acid.
this produces carbon dioxide