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Oxides of Nitrogen

Burning Mg+...

Question

Burning $M g + N O_{2}$ will give:

N_{2}

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N O

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N_{2} O

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N_{2} O_{5}

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Solution

The correct option is C $N O$
$M g + {N O}_{2} Δ - \to M g O + N O$
Burning $M g + {N O}_{2}$ will give $N O$ .

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H N O_{3}

\to Z n (N O_{3})_{2} + X + H_{2} O

H N O_{3}

\to Z n (N O_{3})_{2} + Y + H_{2} O

Z n + c o n c . H N O_{3} (h o t) \to Z n (N O_{3})_{2} + X + H_{2} O

Z n + d i l . H N O_{3} (cold) \to Z n (N O_{3})_{2} + Y + H_{2} O

{H N O}_{3}

N_{2} O, N O, N_{2} O_{5}

N_{2} O_{5}

N_{2} O_{5} \to 2 N O_{2} + \frac{1}{2} O_{2}

- \frac{d [N_{2} O_{5}]}{d t} = K [N_{2} O_{5}]

N_{2} O_{5} k ⇌ N O_{2} + N O_{3}

N O_{2} + N O_{3} k_{1} - ---- \to N O_{2} + N O + O_{2}

N O + N O_{3} k_{2} - ---- \to 2 N O_{2}

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