Analyse the following equation and answer the questions- H2-Cl2- 2HClFind the volume of HCl at STP obtained by the complete reaction of 2 moles of hydrogen with chlorine

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Standard XII

Chemistry

Synthesis by Reduction of Nitro Compounds

Analyse the f...

Question

Analyse the following equation and answer the questions.
$H_{2} + C l_{2} \to 2 H C l$
Find the volume of $H C l$ at STP obtained by the complete reaction of 2 moles of hydrogen with chlorine

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Solution

$H_{2} + C l \to 2 H C l$
One mole of hydrogen gives two moles of $H C l$ as seen from the balance equation .
Thus, $2$ mole of hydrogen gives $4$ moles of $H C l$ ie $22.4 L \times 4 = 89.6 L$ of $H C l$ as $1$ mole of anything gives $22.4 L$ at $S T P$ .

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Analyse the following equation and answer the questions.H2+Cl2→2HClFind the volume of HCl at STP obtained by the complete reaction of 2 moles of hydrogen with chlorine

H2+Cl→2HClOne mole of hydrogen gives two moles of HCl as seen from the balance equation .Thus, 2 mole of hydrogen gives 4 moles of HCl ie 22.4L×4=89.6L of HCl as 1 mole of anything gives 22.4L at STP.

Analyse the following equation and answer the questions.
$H_{2} + C l_{2} \to 2 H C l$
Find the volume of $H C l$ at STP obtained by the complete reaction of 2 moles of hydrogen with chlorine

$H_{2} + C l \to 2 H C l$
One mole of hydrogen gives two moles of $H C l$ as seen from the balance equation .
Thus, $2$ mole of hydrogen gives $4$ moles of $H C l$ ie $22.4 L \times 4 = 89.6 L$ of $H C l$ as $1$ mole of anything gives $22.4 L$ at $S T P$ .