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Heat of Reaction

PbO2 is obtai...

Question

$P b O_{2}$ is obtained from:

the reaction of

P b O

with

H C l

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thermal decomposition of

P b (N O_{3})_{2}

200^{o} C

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the reaction of

P b_{3} O_{4}

with

H N O_{3}

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the reaction of

P b

with air at room temperature

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Solution

The correct option is C the reaction of $P b_{3} O_{4}$ with $H N O_{3}$
The reaction of $P b_{3} O_{4}$ and $H N O_{3}$ is stated below-

$P b_{3} O_{4} + 4 H N O_{3} \to 2 P b (N O_{3})_{2} + P b O_{2} + 2 H_{2} O$ .

Hence option C is correct.

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Similar questions

P b_{3} O_{4}

H N O_{3}

P b (N O_{3})_{2}

P b O_{2}

[P b_{3} O_{4}]

H C I

H C l

P b_{3} O_{4}

Consider the reactions;

P b O_{2} \to P b O, Δ G_{298} < 0;

$S n O_{2} \to S n O, Δ G_{298} < 0$

The most probable oxidation state of $P b$ and $S n$ will be :

Complete and balance the following reactions, state whether dilute or conc. acid is used.
(a) $N H_{4} O H + H C l \to$

(b) $N a H S O_{3} + H C l \to$

(d) $P b_{3} O_{4} + H C l \to$

(e) $Z n + H C l \to$

(f) $C a (H C O_{3})_{2} + H C l \to$

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