The decomposition of hydroxylamine (NH,OH) in the presence of oxygen follows the rate law d[NH2OH] dt kobs[NH2OH][O2] where kobs is 0.237 × 10-ª L mol¯1s at 0°C and 2.64 × 10¬ª L mol¯!s at 25°C....

The decomposition of hydroxylamine (NH,OH) in the presence of oxygen follows<br>the rate law<br>d[NH2OH]<br>dt<br>kobs[NH2OH][O2]<br>where kobs is 0.237 × 10-ª L mol¯1s at 0°C and 2.64 × 10¬ª L mol¯!s at 25°C.<br>Calculate E, and the factor A for this reaction.<br>

Extracted text: The decomposition of hydroxylamine (NH,OH) in the presence of oxygen follows the rate law d[NH2OH] dt kobs[NH2OH][O2] where kobs is 0.237 × 10-ª L mol¯1s at 0°C and 2.64 × 10¬ª L mol¯!s at 25°C. Calculate E, and the factor A for this reaction.

Jun 10, 2022

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The decomposition of hydroxylamine (NH,OH) in the presence of oxygen follows the rate law d[NH2OH] dt kobs[NH2OH][O2] where kobs is 0.237 × 10-ª L mol¯1s at 0°C and 2.64 × 10¬ª L mol¯!s at 25°C....

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