A systematic handbook of volumetric analysis, or, The quantitative estimation of chemical substances by measure, applied to liquids, solids and gases / by Francis Sutton.
- Francis Sutton
- Date:
- 1871
Licence: Public Domain Mark
Credit: A systematic handbook of volumetric analysis, or, The quantitative estimation of chemical substances by measure, applied to liquids, solids and gases / by Francis Sutton. Source: Wellcome Collection.
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![TABLE 3. Parts in 100,000. Loss of Nitrogen by Evaporation of NHS. [SOHo2.] NH3. Loss of N. NH3. Loss of N. NH3. Loss of N. NH3. Loss of N. NH3. Loss of N. NH3. Loss of N. 6 0 1-727 4-8 1-451 3-6 •977 2-4 ■503 1-2 •250 •09 •014 5-9 1-707 4-7 1-411 3-5 •937 2-3 •463 11 •238 •08 •013 5 8 1-688 4-6 1-372 3-4 •898 2-2 •424 10 •226 •07 •012 57 1-668 4-5 1-332 3 3 •858 21 ■384 •9 •196 •06 •010 5 6 1-648 4.4 1-293 32 •819 2-0 •345 •8 •166 •05 •009 5-5 1-628 43 1-253 31 •779 1-9 ■333 •7 T36 •04 •007 5-4 1-609 4 2 1-214 30 •740 1-8 •321 •6 •106 ■03 •006 5 3 1-589 41 1174 29 •700 1-7 •309 •5 •077 •02 •004 5'2 1-569 4-0 1135 2.8 •661 1-6 •297 •4 •062 •01 •003 5 1 1-549 3-9 1-095 2-7 •621 1-5 •285 •3 •047 *009 •001 5 0 1-530 3-8 1-056 2-6 *582 1-4 •274 •2 •032 4-9 1-490 3-7 1016 2 5 •542 1-3 •262 1 •017 TABLE 4. Loss of Nitrogen by evaporation of NH3. [P02Ho.] Volume evaporated. NH3 per 100,000. Loss of N. per 100,000. Volume evaporated. © eo ^ II c3 pH Loss of N. j per 100,000. Volume evaporated. © © © tag &r-i Ph Loss of N. per 100,000. Volume evaporated. © © eo’ ^ W o Ph * Loss of N. per 100,000. 100 c.c. 10-0 •483 100 c.c. 7-2 •386 100 c.c. 4-4 0283 100 c.c. 1-6 143 9-9 •480 71 •382 4-3 0-279 1-5 137 9-8 •476 7-0 •379 4-2 0-275 1-4 132 9-7 •473 6-9 •375 41 0-271 1-3 127 9-6 •469 6-8 •372 4*0 0-267 1-2 122 9-5 •466 6-7 •368 3-9 0-262 11 117 9-4 *462 6*6 •365 3-8 0-257 10 112 9-3 •459 6-5 •361 3-7 0-252 250 c.c. 0-9 •096 9 2 •455 6-4 •358 3-6 0-247 0-8 ‘080 9-1 •452 6*3 •354 3-5 0-242 0-7 •070 9-0 •448 6-2 •351 3-4 0-236 0-6 •060 8-9 •445 61 •348 3-3 0-231 500 c.c. 0-5 •050 8-8 •441 6-0 •345 3-2 0-226 0-4 •040 8*7 •438 5-9 •341 31 0-221 0-3 •030 8-6 •434 5-8 •337 3-0 0-216 1000 c.c. 0-2 •020 8‘5 •431 5-7 •333 2-9 0-211 01 •010 8-4 •428 5-6 •330 2-8 0'205 0-09 •009 8-3 •424 5-5 •326 2-7 0-200 0-08 •008 82 •421 5-4 •322 2-6 0195 0-07 •007 8-1 •417 5 3 •318 2-5 0190 0-06 •006 8-0 •414 5-2 •314 2-4 0-184 0-05 *005 7-9 •410 51 •310 2'3 0179 0-04 •004 7-8 •407 5-0 •306 2 2 0174 0-03 •003 7-7 •403 4-9 •302 21 0169 002 •002 7-6 •400 4-8 •298 2 0 0164 o-oi •001 7 5 •396 4-7 •294 1-9 0158 7*4 •393 4-6 •291 1-8 0153 7*3 •389 4-5 ■287 1*7 0148](https://iiif.wellcomecollection.org/image/b28066121_0300.jp2/full/800%2C/0/default.jpg)
