Tables of physical and chemical constants and some mathematical functions / by G.W.C. Kaye and T.H. Laby.

  • Kaye, G. W. C. (George William Clarkson), 1880-1941.
Date:
[1941]
Catalogue details

Licence: Public Domain Mark

Credit: Tables of physical and chemical constants and some mathematical functions / by G.W.C. Kaye and T.H. Laby. Source: Wellcome Collection.

    46/200 (page 34)
    DENSITIES: SOLUTIONS, AIR DENSITIES OF SOME AQUEOUS SOLUTIONS Grams per c.c. at i8° C. The indicated % is the number of grams of anhydrous substance in ioo grams of solution. (Kohlrausch, “ Prakt. Phys.”) Substance. 5% 10% 15% 20% 25% Substance. 5 % 10% 15% 20% NaCl . 1*034 1*071 1*109 1*148 1*190 MgS04. 1*050 1*104 1*160 1*220 NaN03 i’o33 1*068 1*105 i*i44 1*185 BaCl2 . 1*044 1*093 1*147 1*204 NaA . 1*025 1*051 1 *078 1*105 1*132 NH4Cl. 1*014 1*029 1*043 1*057 H8PO, . 1*027 1*054 1*083 1*114 1*145 CuS04 . 1*051 1*107 1*167 1*230 ZnS04 . 1*051 1*107 1*167 1*232 1*305 KC1. . 1*031 1*064 1*098 i*i33 FeCl3 . 1*130 1*175 1 *226 1*278 i*33i KN03 . 1 *030 1*063 1*097 i*i33 SrCl2 . 1*044 1*093 1*146 1*202 1*256 k2so, . 1*039 1*081 — —- MgCl2 . 1*042 1*086 1*130 I*I76 1*225 K2Cr207 1*035 1*072 1*109 — Substance. 5% 10% 15% 20% 25% 30% 35% 40% 45% 50% KBr. . 1*035 1*073 IT 14 1*157 1*204 1*254 1*307 1*365 1*429 — KI . . 1*036 1 *076 1*120 i*i68 I *2 18 1*273 1*332 i*397 1 *468 i*545 k2lo3 . 1*044 1 *091 I*I40 1*191 1*244 1 *299 1*356 1*415 1*477 i*54i LiCl. . 1*027 1*056 1*085 1*115 1*147 1 * 181 1 *217 1*255 — — CdS04 . 1*049 1*103 ri6i 1*224 1*295 1*372 i*457 — — —- AgN03. 1*042 1 *089 r 140 1 *196 1*255 1*321 i*394 1*477 1*570 1*674 PbA2 . 1*036 1*075 IT 18 1*163 1*212 1 *265 I *322 1*386 — — Sugar *. 1*018 1*039 1*060 1*081 1*104 1 *128 1*152 1*177 1*203 1*230 60%, 1*287 » [75%, 1*380 (supersaturated)]. DENSITY OF DRY AIR AT DIFFERENT TEMPERATURES AND PRESSURES Grams per c.c.; pressures in mm. of mercury at o° C. lat. 450 ; g — 98o'62 cms. •001293 H per sec.2. These densities are calculated by the expression . , , ^ - , , r J r (1 + *00367/) 760’ where *001293 is due to Leduc, 1898, and Rayleigh, 1893 (p. 35); and *00367 to Regnault. For density of damp air, see p. 30. Pressure in Millimetres (H). Temp. (/). 710 720 730 740 750 760 770 780 0° C. •001208 •001225 •001242 •001259 •001276 •001293 •001310 •001327 2 •001199 •001216 •001233 •001250 •001267 •001284 •001300 •001317 4 •001190 •001207 •001224 •001241 •001258 *001274 •001291 •001308 6 •001182 •001199 •001215 •001232 •001248 •001265 *001282 •001298 8 •001173 •001190 •001207 •001223 *001240 •001256 •001273 •001289 10 •001165 •001182 •001198 •001214 •001231 *001247 •001264 •001280 12 •001157 •001173 *oo1190 •001206 •001222 •001238 *001255 •001271 14 *001149 •001165 *001181 •001197 *001214 •001230 •001246 •001262 16 •001141 •001157 •001173 '001189 •001205 •001221 •001237 •001253 18 •001133 *001149 •001165 •001181 •001197 •001213 •001229 *001245 20 •001125 •001141 •001157 •001173 •001189 •001205 •001220 •001236 22 •001118 •001133 •001149 •001165 •001181 •001196 •001212 •001228 24 •001110 *001126 •001141 •001157 •OOI173 •OOI188 •001204 *001220 26 *001103 •001118 •001134 •001149 •001165 *001180 •OOI196 *001211 28 •001095 •001111 *001126 •001142 •001157 *001173 •OOI188 •001203 30 •001088 •001103 *001119 •OOI134 •001149 •001165 •001180 *ooi195