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The figure given below illustrates the apparatus used in the laboratory preparation of nitric acid.
Write an equation to show how nitric acid undergoes decomposition.
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Nitric acid undergoes decomposition as follows:
$$4HNO_3 \overset{\Delta}{\longrightarrow} 4NO_2 + 2H_2O + O_2$$
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Q2
The figure given below illustrates the apparatus used in the laboratory preparation of nitric acid.
(a) Name A (a liquid), B (a solid) and C (a liquid). (Do not give the formulae).
(b) Write an equation to show how nitric acid undergoes decomposition.
(c) Write the equation for the reaction in which copper is oxidized by concentrated nitric acid.
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Q3
The figure given below illustrates the apparatus used in the laboratory preparation of nitric acid:
(i) Name A (a liquid), B (a solid) and C (a liquid).
(ii) Write the balanced chemical equation to show how nitric acid undergoes decomposition.
(iii) Write the balanced chemical equation for the reaction in which copper is oxidised by concentrated nitric acid.
(i) Name A (a liquid), B (a solid) and C (a liquid).
(ii) Write the balanced chemical equation to show how nitric acid undergoes decomposition.
(iii) Write the balanced chemical equation for the reaction in which copper is oxidised by concentrated nitric acid.