Table 2 — continued. 

 Heat Expended (Q,-Q ) Entropy (S,-S„) 



2 in 



Europe 



Atlantic 



Victoria 



Europe 



Atlantic 



Victoria 



meters 



Ocean 



Nyanza 



Ocean 



Nyanza 



18000 



-3459 



— 



-2200 



— 15-596 



-14-816 



-11 



385 



17 



-8381 



-3012 



-2074 



-14-747 



-13-359 



-10 



376 



16 



-2791 



-2570 



-1870 



-12-620 



-10-292 



- 9 



136 



15000 



-2392 



-1898 



-1605 



-11-158 



- 8-567 



- 7 



688 



14 



-1955 



-1584 



-1415 



- 8-068 



- 7-361 



- 6 



629 



13 



-1702 



-1470 



-1274 



- 7-487 



- 6 697 



- 5 



809 



12 



-1381 



-1345 



-1156 



- 6-326 



- 5-949 



— 5 



091 



11 



-1190 



-1302 



-1118 



- 5-345 



- 5-545 



- 4 



756 



10000 



-1089 



-1250 



-1028 



- 4-722 



- 5-135 



- 4 



237 



9 



-1131 



-1182 



— 868 



- 4-768 



- 4-699 



- 3 



492 



8 



-1034 



-1100 



- 733 



- 4-229 



- 4-252 



- 2 



880 



7 



- 920 



-1000 



- 613 



- ;i-647 



- 3-769 



- 2 



352 



6 



- 793 



- 881 



- 448 



- 3-083 



- 3-247 



- 1 



684 



5000 



- 650 



- 700 



- 317 



- 2-578 



- 2-534 



- 1 



165 



4 



- 530 



- 532 



- 172 



- 1-957 



- 1-907 



- 



618 



3 



- 380 



- 397 



- 57 



- 1-375 



- 1-388 



- 



201 



2 



- 241 



- 187 



- 8 



- 0-857 



- 0-641 



- 0033 



1 



- 77 



- 24 



— 



— 241 



- 0-081 



— 



000 



— 



— 



— 



— 



— 



— 



Work (W,-W ) 



Inner Energy (Ui-U ) 



18000 



4815 







5421 



-8274 



_ 



-7627 



17 



4658 



4911 



5525 



-7887 



-7922 



-7599 



16 



4962 



5203 



5664 



-7753 



-7774 



-7534 



15000 



5209 



5609 



5811 



-7602 



-7506 



-7416 



14 



5540 



5750 



5956 



-7494 



-7334 



-7370 



13 



5730 



5911 



6087 



—7431 



-7381 



-7361 



12 



5948 



6024 



6130 



-7329 



-7369 



-7285 



11 



6096 



6060 



6188 



-7285 



-7362 



—7306 



10000 



6164 



6086 



6245 



-7253 



-7336 



-7272 



9 



6248 



6127 



6341 



-7379 



-7309 



-7209 



8 



6302 



6199 



6455 



-7336 



-7298 



-7188 



7 



6329 



6271 



6544 



-7249 



-7271 



—7157 



6 



6405 



6368 



6643 



-7198 



-7248 



-7092 



5000 



6510 



6473 



6750 



-7160 



-7173 



-7066 



4 



6601 



6591 



6853 



-7131 



-7123 



-7024 



3 



6717 



6694 



6930 



-7097 



-7091 



-6987 



2 



6825 



6846 



6974 



-7066 



-7033 



-6983 



1 



6969 



6911 







-7045 



-6935 



— 



000 



- 



- 



- 



— 



- 



— 





Eadiation 



Energy K, 





Exponem 



of Eadiation A 



18000 



14844 







12005 







4-44 



17 



16704 



17488 



13968 







4-92 



16 



18497 



18647 



15993 







5 92 



15000 



20083 



19328 



18060 





4-36 



6-82 



14 



21850 



21544 



20582 





5-36 



5-66 



13 



23883 



24731 



23624 



3-86 



5-37 



4-45 



12 



26548 



28286 



27013 



5-13 



390 



367 



11 



29953 



32588 



31143 



3-87 



3-70 



4-03 



10000 



34502 



37288 



35422 



4 13 



3-56 



3-86 



9 



40630 



42938 



39717 



3 78 



4-25 



628 



8 



45275 



47822 



44616 



3-93 



441 



4-02 



7 



51345 



53935 



50082 



4-25 



4-33 



5 02 



6 



57729 



59582 



55577 



4-60 



5-10 



4-97 



5000 



64352 



65980 



61930 



5-19 



5-76 



5-10 



4 



71739 



72304 



68663 



3-06 



4-63 



3-57 



3 



77430 



78606 



74258 



5-94 



455 



4-08 



2 



86011 



86055 



82802 



5-24 



5-64 



3-94 



1 



94582 



93656 



— 



609 



5-21 



— 



000 



- 



- 



- 



— 



— 



— 



