CATALOGUE. — HEAT, CHANGES OF FOHXr. 



401 



Formula. Dalton. 



'57° 

 58 

 59 

 00 



61 

 02 



03 



64 

 65 



66 

 67 

 68 

 69 

 70 



71 



72 



73' 

 74 

 75 

 76 

 77 

 78 

 79 

 80 

 81 

 82 

 83 

 84 

 85 

 «0 



• 7 



• 8 

 «9 , 

 00 

 01 

 03 

 03 

 04 

 95 



S6 



97 



08 



09 

 ]00 

 101 

 103 



103 

 104 

 105 

 106 

 107 

 108 

 109 

 110 

 111 

 113 

 113 

 114 

 115 



.474 

 .491 

 .509 

 .528 



.547 

 .567 



.587 

 .609 

 .630 



.653 

 .676 

 .700 

 .724 

 .750 



.776 



.803 



.830 



.858 



.888 



.918 



.949 



.980 



1.013 



1.047 



1.082 



1.117 



1.154 



1.192 



1.231 



1.270 



1.311 



1.353 



1.396 



1.442 



1.487 



1.533 



1.580 



1.629 



1.680 



1.732 

 1.785 

 1.839 

 1.895 

 1.B53 

 2.012 

 2.073 



2.135 

 2.199 

 2.264 

 2.331 

 3.400 

 2.470 

 2.542 

 2.616 

 2.692 



a. 7-0 



2.830 

 2.931 

 '3.015 



.474 

 .490 

 .507 

 .524 



.542 

 .560 



.578 

 .597 

 .616 



.635 

 .655 

 .676 

 .698 

 .721 



.745 

 .770 



•798 

 .833 

 .851 

 .880 

 .910 

 .940 

 .971 



1.000 



1.04 



1.07 



1.10 



1.14 



1.17 



1.31 



1.24 



1.28 



1.33 



1.36 



1.40 



1.44 



1.48 



1.53 



1.58 



1.63 

 1.68 

 1-74 

 1.80 

 1.8S 

 1.93 

 1.98 



3.04 

 2.11 

 2.18 

 2.25 

 2.32 

 2.39 

 2.46 

 2.53 

 2.60 

 2.68 

 2.78 

 2.84 

 3.93 



.407 Schm. 



Ale. 1.45 D. as water 30* 



higher. Ammonia 4.3 D. as 



waler 69° higher, 



.661 Form. 2. Ether 12.75, 

 as water 110" higher. Dalt. 



Muriate of lime .3 D. as wa- 

 ter 19° lower. 



.65 Bet. .653 Schm. 



.55 Rob. Muriate of lime 

 .4 D. as water 18° lower. 



.764 Form. 2. 

 Cavendish. 



.75 Lord C. 



.96 Bet. .o6i Schni. 



Muriate of lime .g D. as wa- 

 ter 18° lower. 



1.61 Rob. 



Ether 30, as water 

 higher. Dalton. 



3.38 Bet. 



110" 



116' 



117 



118 



119 



120 



121 



122 



123 



124 



125 



126 



127 



128 



129 



130 



131 



133 



133 



134 



135 



136 



137 



138 



139 



140 



141 



142 



143 



144 



145 



148- 



147 



149 



150 

 151 

 152 

 153 

 154 

 155 

 156 

 157 

 158 

 159 

 160 

 161 

 163 

 163 

 164 

 165 

 166 

 167 



168 

 169 

 170 

 171 



173 

 173 

 174 

 175 



Formula. Dalton. 

 3.100 



3.188 

 3.378 

 3.369 

 3.463 

 3.580 

 3.658 

 3.760 

 3.863 

 3.969 

 4. 078 

 4.188 

 4.361 

 4.418 

 4.538 

 4.657 

 4.781 

 4.9O8 

 5.037 

 5.171 

 5.307 

 5.446 

 5.583 

 5.732 

 5.880 



6.031 

 6.186 

 6.344 

 6.506 

 6.671 

 6.840 

 7.012 



7.189 

 7.369 

 7.553 

 7-740 

 -7.983 

 8.128 

 8-328 

 8.532 

 8.740 

 8.953 

 9-170 

 9-391 

 9.617 

 9.84a 

 10-08 

 10-32 

 10.57 

 10-82 

 11.07 

 11.33 



11.60 

 11.87 

 12.14 

 13.43 



12.72 

 13.01 

 13.30 

 13.61 



3,00 

 3.08 

 3.18 

 3.25 

 3.33 

 3.42 

 3.50 

 3.39 

 3.69 

 3.79 

 3.89 

 4.00 

 4.11 

 4.23 

 4.34 

 4.47 

 4.60 

 4.73 

 4.88 

 5.00 

 5.14 

 5.29 

 5.44 

 5.59 

 5.74 



5.90 

 6.05 

 6.21 

 6.37 

 6.53 

 6.70 

 6.87 



7.05 



7.23 

 7.42 

 7.61 

 7-81 

 8-01 

 8-20 

 8.40 

 8.60 

 8.81 

 9-02 

 9-24 



gAS 



9-68 

 9-91 

 10-15 

 10-41 

 10-68 

 10-98 

 11-25 



11.54 

 11.83 

 12.13 - 

 12.43 



13-78 

 1302 

 13-32 

 13.63 



Ale. as water 6° higher. Rob. 

 3.90 Bet. 3.9 Schm. 



Ale. as water 29* higher. Ach. 



Ale. aswater 30° higher. Rob. 

 Ammonia 30, as water 72* 

 higher. Dalton. 



Ale. as water 31.5* higher. 

 Ach. Ether 64. 7. s, D. m 

 water 105° higher. 



6.72 Rob. 6.8 Achard. 



11.73 Schm. A.lc. M watw 

 33° higher. Ach. 



Ale. as 

 Ach. 



water 36" higher. 



14. Achard. Ale. so. 

 a> water 37° higher. 



Dalt. 



TOL. II. 



S F 



