The reaction between H_{2}(g) and O_{2}(g) is highly feasible yet allowing the gases to stand at room temperature in the same vessel does not lead to the formation of water. Explain.

Name: The reaction between H_{2}(g) and O_{2}(g) is highly feasible yet allowing the gases to stand at room temperature in the same vessel does not lead to the formation of water. Explain.
Uploaded: Wed, 2020-11-04 16:37
Description: The reaction between H_{2}(g) and O_{2}(g) is highly feasible yet allowing the gases to stand at room temperature in the same vessel does not lead to the formation of water. Explain.

#Chemical Kinetics
#Chemistry
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The reaction between $H_{2}(g)$ and $O_{2}(g)$ is highly feasible yet allowing the gases to stand at room temperature in the same vessel does not lead to the formation of water. Explain.

Answers (1)

$2H_{2}(g)+O_{2}(g)\rightarrow 2H_{2}O(l)$

The reaction between H₂ and O₂ to form water does not take place at room temperature because the activation energy of the reaction is very high.

Posted by

infoexpert23

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The reaction between and is highly feasible yet allowing the gases to stand at room temperature in the same vessel does not lead to the formation of water. Explain.

Answers (1)

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The reaction between $H_{2}(g)$ and $O_{2}(g)$ is highly feasible yet allowing the gases to stand at room temperature in the same vessel does not lead to the formation of water. Explain.