of Electricity from Hot Bodies. 

 II. Platinum wire in Hydrogen. 



309 



1 



V. 



A. 



T° C. 



C (amperes). 



3-7 



5-9 



1190 



6X10 -3 



3-85 



60 



1228 



12 



4-0 



6-1 



1267 



165 „ 



4-21 



6-2 



1335 



825 „ 



4-3 



6-3 



1346 



4,644 „ 



4-5 



6-4 



1400 



26,799 „ 



4-6 



6-5 



1419 



48,300 „ 



4-8 



6-6 



1472 



154,500 „ 



4-95 



6-7 



1493 



240,000 „ 



5-2 



6-9 



1539 



266,400 ., 



5'35 



7-0 



1576 



266,400 „ 



III. Lime-coated Platinum wire in Air. 



V. 



A. 



T° C. 



C (amperes). 



225 



36 



1177 



9xl0~ 8 



2-4 



37 



1242 



75 „ 



2-5 



3-8 



1274 



225 „ 



2-6 



3-9 



J 317 



360 „ 



2-75 



4-0 



1404 



471 „ 



2-95 



41 



1450 



525 „ 



31 



4-3 



1451 



555 „ 



3-25 



4-38 



1512 



540 „ 



IV. Lime-coated Platinum wire in 



Hydrogen. 



V. 



A. 



T° C. 



C (amperes). 



2-62 



5-2 



865 



30xl0 -8 



2-77 



5-28 



922 



180 ,. 



29 



5-4 



953 



780 , 





31 



56 



994 



4,035 , 





33 



5-7 



1037 



18,990 , 





3-4 



5-8 



1081 



34,500 , 





36 



5-9 



1143 



60,390 , 





3-8 



60 



1200 



95,100 , 





39 



6-1 



1220 



103,800 , 





4-0 



6-2 



1243 



108,000 , 





4-2 



6-3 



1300 



110,610 , 





4"3 



6-4 



1317 



108,000 , 





4-4 



6-5 



1325 



108,000 , 





4-6 



6-6 



1382 



108,900 , 





5-2 



7-0 



1512 



114,000 , 





The above results are shown graphically in diagram I. (PL X.) c 

 The coordinates of the points are the reciprocals of the tempe- 

 ratures and the logs of the corresponding currents. The 



