Attraction of Mass, and some New Gas Equations. 95 

 Table IY. 







(x=3. 10- °j 



. 



Yc 



c °~ 2 ' 



M 2 

 (*=3.10- 6 .) 





O=3.10~ G .) 





3-67 .10-' 



61-98 



•00687 



•0033 



•0027 





2542 . „ 



38 51 



•017189 



•00855 



•01 





3-225 . „ 



47-425 



•00976 



•00495 



•004563 





3-15 . „ 



38-89 



•01213 



•00611 



•005808 





2-592 . „ 



33-18 



•01827 



•00872 



•01 





2-5996. „ 



32-99 



■01830 



•008745 



•01 





2-8489. „ 



38-53 



•01518 



•00741 



•0078 





2-552 . „ 



34-23 



•01792 



•00885 



•01 . 





2-8297. „ 



3601 



•014274 



•00736 



•0078 





3-506 . „ 



44-65 



•0093 



•0048 



•00411 





2-797 . „ 



36-86 



•01472 



•007275 



•0078 





3-1612. „ 



38-77 



•01207 



•00612 



•00581 





2-5743. „ 



38-80 



•01790 



•00864 



•01 





2-8143. „ 



36-24 



•014974 



•00732 



•0078 





3-1986. ,-, 



47-87 



•009755 



•00491 



•00462 





3-1069. „ 



40-133 



•011662 



•006015 



•00581 





4-5041. „ 



76-38 



•0043284 



•00218 



•001452 





2-8862. „ 



89-20 



•00624 



•002935 



•003072 





1-2 .10-5 

 1-046 . „ 



I 27-752 



f - -004212 1 

 1 -0040795 J 



•0023015 



•000588 





7-65 .10- 6 

 7-60 . „ 



| 50-055 



/ -0039192 "1 

 1 -0038882 / 



•002021 



•000768 



Hence 



C — 2 V C 



t 273 j 4 -* #1U * 



(50) 



The separate table for such gases shows this deduction to 

 be approximately correct for 2 , N 2 , CO, NO, but less for 

 the mono-atomic gases, CH 4 and H 2 . 



