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Standard XII

Chemistry

Iron II Sulphate

The reaction ...

Question

The reaction of the white phophorous on boiling with alkali in an inert atmosphere resulted in the formation of product 'A'. The reaction of 1 mole of 'A' with an excess of $A g N O_{3}$ in an aqueous medium gives ____ mol(s) of Ag. (Round off to the Nearest integer).

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Solution

So, the final reaction along with the stoichiometric coefficient is.

$8 A g N O_{3} + P H_{3} 1 m o l + 4 H_{2} O \to 8 A g + H_{3} P O + 8 H N O_{3}$

Hence, 1 mol produce 8 mol of Ag.

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The reaction of the white phophorous on boiling with alkali in an inert atmosphere resulted in the formation of product 'A'. The reaction of 1 mole of 'A' with an excess of AgNO3 in an aqueous medium gives ____ mol(s) of Ag. (Round off to the Nearest integer).

So, the final reaction along with the stoichiometric coefficient is. 8AgNO3+PH31 mol+4H2O→8Ag+H3PO+8HNO3 Hence, 1 mol produce 8 mol of Ag.

The reaction of the white phophorous on boiling with alkali in an inert atmosphere resulted in the formation of product 'A'. The reaction of 1 mole of 'A' with an excess of $A g N O_{3}$ in an aqueous medium gives ____ mol(s) of Ag. (Round off to the Nearest integer).

So, the final reaction along with the stoichiometric coefficient is.

$8 A g N O_{3} + P H_{3} 1 m o l + 4 H_{2} O \to 8 A g + H_{3} P O + 8 H N O_{3}$

Hence, 1 mol produce 8 mol of Ag.