Which of the following statements is wrong about the oxides of nitrogen?

Question

Which of the following statements is wrong about the oxides of nitrogen? (A)  N2O5 is an anhydride of HNO3  (B)  NO is in acidic oxide (C)  N2O3 is an anhydride of HNO2  (D)  NO is not an anhydride of an acid

Tardigrade Admin · Accepted Answer

NO is not an acidic oxide. It is one of the several oxides of nitrogen. It is a colourless gas under standard conditions. Due to the presence of odd electron on N-atoms, NO is very reactive and reacts instantly with O2 to form NO2 and with Cl2, form NOCl.

Q. Which of the following statements is wrong about the oxides of nitrogen?

$N_{2} O_{5}$ is an anhydride of $H N O_{3}$

$NO$ is in acidic oxide

$N_{2} O_{3}$ is an anhydride of $H N O_{2}$

$NO$ is not an anhydride of an acid

$NO$ is not an acidic oxide. It is one of the several oxides of nitrogen. It is a colourless gas under standard conditions. Due to the presence of odd electron on $N$ -atoms, $NO$ is very reactive and reacts instantly with $O_{2}$ to form $N O_{2}$ and with $C l_{2}$ , form $NOCl$ .

Q. Which of the following statements is wrong about the oxides of nitrogen?

N2​O5​ is an anhydride of HNO3​

NO is in acidic oxide

N2​O3​ is an anhydride of HNO2​

NO is not an anhydride of an acid

NO is not an acidic oxide. It is one of the several oxides of nitrogen. It is a colourless gas under standard conditions. Due to the presence of odd electron on N-atoms, NO is very reactive and reacts instantly with O2​ to form NO2​ and with Cl2​, form NOCl.

$N_{2} O_{5}$ is an anhydride of $H N O_{3}$

$NO$ is in acidic oxide

$N_{2} O_{3}$ is an anhydride of $H N O_{2}$

$NO$ is not an anhydride of an acid

$NO$ is not an acidic oxide. It is one of the several oxides of nitrogen. It is a colourless gas under standard conditions. Due to the presence of odd electron on $N$ -atoms, $NO$ is very reactive and reacts instantly with $O_{2}$ to form $N O_{2}$ and with $C l_{2}$ , form $NOCl$ .