 This reaction is found to come to rest at 345° C., for example, when 20 percent of the interacting substances still remain unchanged. Presumably, the materials remaining are no less capable of interacting than were the parts which have already reacted....  General Chemistry for Colleges - Page 171by Alexander Smith - 1916 - 662 pagesFull view - About this book
 | Alexander Smith - 1917 - 958 pages
...one of which undoes the work of the other, must go on simultaneously. In consequence of this, neither can reach completion. As we should expect, experiment...it makes no difference whether we start with pure hydrogen iodide or with a mixture of pure hydrogen and iodine: the proportions of the three materials... | |
 | United States. Army. Chemical Corps - 1940 - 180 pages
...materials remaining are no less capable of interacting than were the parts which have already reacted. Thus, two changes, one of which undoes the work of...simultaneously. In consequence of this, neither action can react to completion. It is apparent that a chemical action must remain more or less incomplete when... | |
 | United States. Army. Chemical Corps - 1940 - 168 pages
...materials remaining are no less capable of interacting then were the parts which have already reacted. Thus, two changes, one of which undoes the work of...simultaneously. In consequence of this, neither action can react to completion. It is apparent that a chemical action must remain more or less incomplete when... | |
 | United States. War Department - 202 pages
...materials remaining are no less capable of interacting than were the parts which have already reacted. Thus, two changes, one of which undoes the work of...simultaneously. In consequence of this, neither action can react to completion. It is apparent that a chemical action must remain more or less incomplete when... | |
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