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{N}_{{{2}}}{O}_{{{3}}} is an unstable oxide of nitrogen and it

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$N_{2} O_{3}$ is an unstable oxide of nitrogen and it decomposes into NO (g) and $N O_{2} (g)$ where $N O_{2} (g)$ is further dimerise dimerise into $N_{2} O_{4}$ as
$N_{2} O_{3} (g) \Leftrightarrow N O_{2} (g) + N O (g), K_{p_{1} = 2.5}$ bar
$2 N O_{2} (g) \Leftrightarrow N_{2} O_{4} (g) : K_{P 2}$
A flask is initially filled with pure $N_{2} O_{3} (g)$ having pressure $2$ bar and equilibria was established.
At equilibrium partial pressure of NO (g) was found to be $1.5$ ber.
The equilibrium partiaal pressure of $N_{2} O_{3} (g)$ is :

0.5

bar

1.0

bar

1.5

bar

0.1

bar

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Emily Discussed

N_{2} O_{3}

is an unstable oxide of nitrogen and it decomposes into NO (g) and

N O_{2} (g)

where

N O_{2} (g)

is further dimerise dimerise into

N_{2} O_{4}

N_{2} O_{3} (g) \Leftrightarrow N O_{2} (g) + N O (g), K_{p_{1} = 2.5}

bar

2 N O_{2} (g) \Leftrightarrow N_{2} O_{4} (g) : K_{P 2}

A flask is initially filled with pure

N_{2} O_{3} (g)

having pressure

2

bar and equilibria was established.
At equilibrium partial pressure of NO (g) was found to be

1.5

ber.
The equilibrium partiaal pressure of

N_{2} O_{3} (g)

is :

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Question Text	$N_{2} O_{3}$ is an unstable oxide of nitrogen and it decomposes into NO (g) and $N O_{2} (g)$ where $N O_{2} (g)$ is further dimerise dimerise into $N_{2} O_{4}$ as $N_{2} O_{3} (g) \Leftrightarrow N O_{2} (g) + N O (g), K_{p_{1} = 2.5}$ bar $2 N O_{2} (g) \Leftrightarrow N_{2} O_{4} (g) : K_{P 2}$ A flask is initially filled with pure $N_{2} O_{3} (g)$ having pressure $2$ bar and equilibria was established. At equilibrium partial pressure of NO (g) was found to be $1.5$ ber. The equilibrium partiaal pressure of $N_{2} O_{3} (g)$ is :
Answer Type	Text solution:1
Upvotes	151