ON NITROUS OXIDE IN THE GASEOUS AND LIQUID STATES. 223 



(6) Volume of nitrous oxide iised 123-33 



Volume after the admission of hydrogen 283-23 



Volume after explosion 102-73 



Volume after the admission of oxygen 223-21 



V-olume after explosion lGo-09 



Ilenco in 100 volumes of the gas — ■ 



By expei-inieul. CaU'iilated, 



• Nitrogen 100-54 100 



Oxygen 49-12 50 



(7) Volume of nitrous oxide used 156-81 



Volume after the admission of hydrogen 343-27 



Volume after explosion 190-60 



Volume after the admission of oxygen 205-66 



Volume after explosion 218*80 , 



Hence in ] 00 volumes of the gas^ — ■ 



Bj- experiment. Caleiilalecl. 



Kitrogen 101-06 100 



Oxygen 49-49 50 



(8) Volume of nitrous oxide used 147'50 



Volume after the admission of hj'drogen 340-10 



Volume after explosion 196-15 



Volume after the admission of oxygen 290*78 



Volume after explosion . . . ; 220*13 



Hence in 100 volumes of the gas — 



By oxppviment. C'aleulateil. 



Nitrogen 101-05 100 



Oxygen 49-32 50 



(9) Volume of nitrous oxide used 165-52 



Volume after the admission of hydrogen 303*19 



Volume after explosion 200-91 



Volume after the admission of oxygen 271-40 



Volume after explosion 221-67 



Hence in 100 volumes of the gas — 



By experimciit. C';ilciilute(l. 



Nitrogen 101-34 100 



Oxygen 49*09 50 



(10) Volume of nitrous oxide used 100*23 



Volume after the admission of hydrogen 357*88 



Volume after explosion 2o2*91 



Volume after the admission of oxygen 272-54 



Volume after explosion 21 1*27 



Hence in 100 volumes of the gas — 



By expoi-inieul. CaKuUifeil. 



Nitrogen .' 101-14 100 



Oxvgcn 48-94 50 



^o"- 



The only analysis of nitrous oxide I found in Bunsen's ' Gasom. Jlethoden ' 

 is on page 56. Here Quincke gives the results of nn analysis of nitric oxide, 

 to which is added a measured o^uantity 'n nitrous oxide in order to effect 

 the explosion. 



