. Journal. f the pressure be increased, as high pnwill promote the formation of formic acid and also persistence. The constant appearance .if «monoxide in relatively large amount among the proof incomplete combustion is readily explicable frmipoint of view, especially in eases in w Inch little or nois present—as. for example, on exploding a mixticyanogen and oxygen. (17) The results obtained on exploding cyanogen, miand ethylene with various proportions of oxygeinitrogen are given in Tables 3, 4 and 5 UFigs. 1 and :!. Table 3. «t 1 ,\, o~ 272S CjN i 20, 2321 : 0 + bT , 2308 1 V 80s 2110
. Journal. f the pressure be increased, as high pnwill promote the formation of formic acid and also persistence. The constant appearance .if «monoxide in relatively large amount among the proof incomplete combustion is readily explicable frmipoint of view, especially in eases in w Inch little or nois present—as. for example, on exploding a mixticyanogen and oxygen. (17) The results obtained on exploding cyanogen, miand ethylene with various proportions of oxygeinitrogen are given in Tables 3, 4 and 5 UFigs. 1 and :!. Table 3. «t 1 ,\, o~ 272S CjN i 20, 2321 : 0 + bT , 2308 1 V 80s 2110 T C,N, :0, + 2N,1BLE 4. 2168 CH, : 0. 2528 CH, . IU), 2470 tH, : go, 2322 IH, : + JN CHj : 30, 2146 CH, : 145tK-H*5N , 2 CH,: 40, 1963 CH, : + 215X : I Table 5. (), 2507 : -ID. 2581 Cll, : 30, 2368 , :20,+ H, 241 CH, to, 2247 r ,H, : 20, + 2N, 2211 C It , : 80, 2118 CH, : 20, + 4N, 2H21 I-H, : 80, 1980 CH4 :20- + HN. t ;11, : 100, 1858 C,H4 : 202 + 8N, 17:14 25IVZ 20*t /S\x I OA2 0-5.\. .tMiMJSWt3M7tM2lMMW/*>i>m)l! l-N^W. c%*rsfft Jfafe 3. 1 ombuetion of <Carbon, it must be remembered, is misrepithe svmbol C. Actually, expressions such asetc., in which :< and y are high unknown value-be used for its varied forms. Each element in tarb?:? i mav br thought of as ur oxidation separately * (l4) in a circuit conthe composite electrolyte and oxygen; the i oxygen; I 15, I LONDON SUCTION. 479 xi which in eventually obtained may bo regarded as| by the breakdown of the more or less completely,1 complex. It ran scarcely be doubted that theproduct of combustion formed in thi n i in i,,u monoxide. The dioxide which is bo to be the product of thocombu tionon must be regarded as a product of lain chollh point of view, the readiness with which and.,„! to which the dioxide is formed on burningmust depend on the amount of water present,results obtained by 11. IS. Baker, in 1885,: comparative experiments in which carbonited b
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