its Relations to Temperature. 



Table 1. 



L=60 CIU . &=30 c 



No. 1, soft 



felOO'; T'=20'. 2=26-." *=34- Rods: No. 2, soft 



| 2p=0- 



082 cm . 



Date. 



h 



0xlO 3 





Date. 



h 



fx 10 3 





18/2, h 53 m 



56 



1 00 



o-oo 



0-05 

 C-12 

 0-37 

 0-87 

 1-87 

 2-95 

 3-63 



3-67 



3-85 



4-02 



.20-67 



o-oo 



-1-57 

 -1-66 

 -1-85 

 -2-17 

 -2-45 



— 2-74 



— 2-99 



— 2-80 

 -2-36 

 -2-21 



— 1-88 



* 



1 5? 



r b 



1 o 



p 



J ' 



1 g 



J B 



1 9/2, 2 h 44 m 



3 00 

 25 



4 55 



24/2, 10 h 42 m 



10 45 

 59 



11 12 

 27 

 59 



12 23 

 1 15 



1 22 

 30 

 50 



2 12 



3 30 



1-45 

 1-72 

 2-13 

 3-63 



— 1-97 



— 1-76 

 -1-04 



— 0-96 



1 - 



J' B 



15 

 45 



2 45 



3 50 



4 30 



4 33 



44 



54 



19/2, 9 30 



o-oo 



0-05 

 0-29 

 0-50 

 0-75 

 1-30 

 1-66 

 2-50 



2-65 

 2-80 

 3-13 

 3-50 

 4-80 



o-oo 



1-13 



1-59 

 1-74 

 1-80 

 1-89 

 1-92 

 1-95 



1-62 

 1-33 

 1-14 

 1-01 

 0-94 



X 



CO 



5" 



1 & 



r s 



1 o 

 p 



J ' 



19/2, l h 17 m 



1 25 

 56 



2 14 

 40 



o-oo 



0-13 

 0-65 

 0-95 

 1-38 



—o-oo 



— 1-73 

 -1-95 

 -2-04 



— 2-12 



t 



Is® 

 J s 



- 



eg 

 to 



CO 



>■ B 

 o 

 P5 



*r (cold rod)— 6°, imparted after heating, 

 f r (cold rod)— 6°, imparted before heating. 

 % t (cold rod) + 6°, imparted before heating. 



r=100°; T'=20°. 

 0-082 cm . 



Table 

 J=26 cm . 5=3 cm . 

 L=*60 cm . &=34 cm . 



Eods : 



No. 3, ann'ld, 100° 9 h ) „ _ 

 No. 4, ann'ld, 100° 9 h f ip ~ 



. Date. 



ho 



6x10* 





Date. 



ho 



<£xl0 3 





24/2, 4 h 36 m 



o-oo 



—o-oo 



% 



26/2, 10 h 02 m 



O'OO 



o-oo 



x ■ 



4 43 



0-12 



-4-57 



1 2 



1 ° ST 



10 10 



0-13 



— 11-95 



■\ 



45 



0-15 



— 5-62 



15 



0-21 



— 13-26 





55 



0-32 



— 13-21 



1 s 



20 



0-30 



— 14-70 





5 10 



0-57 



-15-91 



25 



039 



-15-62 













30 



0-46 



— 16-42 





5 15 



25/2, 9 40 



0-65 

 17-07 



-12-31 

 — 10-43 



}*f 



44 



55 



11 04 



16 



0-70 

 0-89 

 1-03 

 1-22 



— 18-22 

 -18-29 



— 19-97 



— 20-83 



83 



*B 



o 



25/2, 10 h 00 m 



o-oo 



o-oo 



t 



p 



10 06 

 10 

 20 



o-io 



0-18 

 0-32 



8-87 

 14-10 

 18-13 



CO 

 o 



43 



57 



12 55 



1-70 

 1-92 



2-87 



— 22-34 

 -23-07 



— 25-20 





25 

 30 

 34 



0-42 

 0-50 

 0-56 



19-60 

 20-12 



20-70 



1 B 



1 § 

 J ' 



1 09 

 30 

 55 



3-10 

 3-41 

 3-88 



— 24-14 



— 23-46 



— 23-34 



}*l 



45 



0-75 



19-81 



1 m 



3 12 



5-16 



— 22'66 



11 00 



1-00 



19-06 



1 ® 











28 



1-47 



18-70 



r" 3 











1 40 



3-67 



18-40 



1 o 











26/2, 9 37 



23-62 



18-05 



J ■* 











* r (cold rod)— 6° imparted before 

 f r (cold rod) + 6° imparted before 

 \ t (cold rod)— 6° imparted before 



heating. 



heating, immediately after *. 



heating, immediately after f . 



