CARNOT’S THEORY OF THE MOTIVE POWER OF HEAT. 561 
Taste Il. Mechanical Effect in Foot-Pounds due to a Thermic Umit Centigrade, 
passing from a body, at any Temperature less than 230° to a body at 0. 













Superior Superior Superior Superior Superior 
Limit of | Mechanical || Limit of} Mechanical |) Limitof} Mechanical |} Limit of} Mechanical || Limit of | Mechanical 
Tempe- Hffect. Tempe- Effect. Tempe- Effect. Tempe- Effect. Tempe- Effect. 
rature. rature. rature. rature. rature. 
Foot-pounds. Foot-pounds. Foot-pounds. Foot-pounds. Foot-pounds. 
i 4-960 48° | 223-487 | 94° | 412:545 140° | 582°981 186° | 740-310 
2 9-906 49 | 227-842 | 95 | 416-425 141 | 586-524 187 | 743:614 
3 14838 50 | 232:185 | 96 | 420-296 142 | 590-061 188 | 746-914 
4 19-756 51 | 236-516 | 97 | 424159 | 143 | 5938-592 189 | 750:209 
5 24:661 52 | 240835 | 98 | 428-0138 144 | 597-117 190 | 753-500 
6 29°553 53 | 245143 | 99 | 431-858 145 | 600-636 191 | 756°787 
q 34:431 54 | 249-489 | 100 | 435-695 146 | 604:099 192 | 760:069 
8 39°296 55 | 263-724 101 | 439-524 147 | 607°656 193 | 763:347 
9 44-148 56 | 257:997 102 | 443-344 148 | 611:157 194 | 766-621 
10 48°987 57 | 262-259 1038 | 447-156 149 | 614:652 195 | 769890 
ai! 53°813 08 | 266-509 104 | 460-960 150 | 618-142 196 | 7738-155 
12 08°625 59 270-748 105 | 454-756 151 | 621:626 197 | 776-416 
13 63°424 60 | 274:975 106 | 458:544 152 | 625:105 198 | 779-673 
14 68-210 61 279-191 107 | 462-324 153 | 628°578 199 | 782-926 
15 72°983 62 283°396 108 | 466-096 154 | 632-046 200 | 786-175 
16 77:7438 63 | 287.590 109 | 469-860 155 | 635-508 201 | 789-420 
17 82-490 64 | 291-773 110 | 473-617 156 | 638:965 202 | 792-661 
18 87.225 65 | 295-945 111 | 477-366 157 | 642-416 203 | 795°898 
19 91:947 66 300°106 112 | 481:107 || 158 | 645-862 204 | 799-131 
20 96°656 67 304:256 113 | 484-3841 159 | 649°302 205 | 802°360 
21 101-353 68 | 308-396 114 | 488:567 | 160 | 652-737 206 | 805-585 
22 106:°037 69 | 312°525 115 | 492-286 | 161 | 656-167 207 | 808°806 
23 110-709 70 | 316-644 116 | 495:998 | 162 | 659-591 208 | 812-023 
24 115°368 va! 320°752 117 | 499-702 | 163 | 663-010 209 | 815:236 
25 120-014 72 324°851 118 | 503-399 164 | 666°424 210 | 818-446 
26 124-648 73 328°939 119 | 507:088 | 165 | 669°833 211 | 821-652 
27 129:269 } 74 333°017 120 | 510:770 | 166 | 673°237 212 | 824°854 
28 133-878 75 | 337-084 121 | 514-445 167 | 676°636 213 | 828°052 
29 138-474 76 341:141 122 | 518113 | 168 | 680-030 214 | 831-247 
30 | 143-058 77 345'188 123 | 521-174 169 | 683°419 215 | 834:438 
3l 147-630 78 | 349-225 124 | 525428 | 170 | 686-803 216 | 837-626 
32 152°189 79 300'253 125 | 529:075 | 171 | 690:183 217 | 840-810 
33 156°736 80 | 3857-271 | 126 | 532:715 | 172 | 693°558 218 | 843:990 
34 161-271 81 361:280 | 127 | 536:348 | 173 | 696:928 219 | 847-167 
30 165°793 82 | 365-279 || 128 | 589-975 174 | 700:2938 220 | 850:340 
36 170°303 83 369-269 | 129 | 548-595 175 | 703°654 221 | 853-509 
37 174801 84 373°249 | 1380 | 547-209 176 | '707°010 222 | 856-674 
38 179:287 85 | 377:220 131 | 550-816 Wig “GLO SGes 223 | 859:°836 
39 183-761 86 381-181 132 | 564:417 178 | 713°707 224 | 862:994 
40 188-223 87 | 385°133 133 | 558-051 179 | 717-049 225 | 866:149 
41 192-673 88 | 389-076 134 | 561:597 180 | 720°386 226 | 869-300 
42 TS (taal 89 393°010 135 | 565-176 | 181 | 723-718 227 | 872-448 
43 201:537 90 396°935 1386 | 568-749 | 182 | 727-046 228 | 875-592 
dt 205°951 91 400°851 | 187 | 572:316 | 183 | 730-369 229 | 878:733 
45 210°353 92 | 404-758 138 | 576°877 184 | 733°687 230 | 881:870 
46 | 214°743 93 | 408656 | 139 | 579-432 185 | 737-001 231 | 885-004 
47 219°121 | ; 














VOL. XVI. PART. V. iF 
