Steam first reacts with the carbon to give oxygen and hydrogen atoms separately adsorbed on neighbouring sites. ... Adsorbed oxygen reacts much more slowly to form gaseous carbon monoxide; the latter, which has no retarding effect, is not appreciably adsorbed by the sites accessible to steam.
Steam first reacts with the carbon to give oxygen and hydrogen atoms separately adsorbed on neighbouring sites. ... Adsorbed oxygen reacts much more slowly to form gaseous carbon monoxide; the latter, which has no retarding effect, is not appreciably adsorbed by the sites accessible to steam.
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Answer:
Steam first reacts with the carbon to give oxygen and hydrogen atoms separately adsorbed on neighbouring sites. ... Adsorbed oxygen reacts much more slowly to form gaseous carbon monoxide; the latter, which has no retarding effect, is not appreciably adsorbed by the sites accessible to steam.
Answer:
Steam first reacts with the carbon to give oxygen and hydrogen atoms separately adsorbed on neighbouring sites. ... Adsorbed oxygen reacts much more slowly to form gaseous carbon monoxide; the latter, which has no retarding effect, is not appreciably adsorbed by the sites accessible to steam.
Explanation:
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