TABLE VIII B. 



DO 



Table VIII b. — Observed Transmission Through Various Carbohydrates, 

 Using the Small Spectrometer, and the Prism at Variable Deviation, 

 L E., " Angle of Constant Emergence," as Explained in the Text. — Cont'd. 



c s - 





<u<J 



?.3 





Z 







^Sf 



Thickness of i 

 ce2? in r?i7n. J 



0.01 



0.01 



0.01 



0.01 



0.01 



0.01 



0.01 



0.01 



0.01 



0.01 



0.0 1 



0.01 



0.15 



0.035 



1.70 



2.05 



2.46 



2.65 



2.73 



2.88 



3.04 



3.21 



3.30 



3.38 



3.46 



3.53 



3.60 



3.67 



3.71 



3.88 



3.96 



4.18 



4.33 



4.46 



4.65 



4.85 



4.98 



5.10 



5.28 



5.45 



5.55 



5.70 



5.79 



5.89 



5.95 



6.05 



6.15 



6.30 



6.41 



6.46 



6.56 



6.70 



6.80 



6.91 



7.96 



7.04 



7.08 



7.12 



7.17 



7.27 



7.41 



7.49 



7.56 



7.68 



7.80 



7.88 



7.95 



8.08 



8.19 



8.27 



8.35 



8.46 



8.56 



8.63 



Per cent transmission. 



90.5 

 89.4 

 87.6 

 85.6 

 79.8 

 73.7 

 62.7 

 55.8 

 56.8 

 61.9 



77.2 



85.2 



85.0 



87.8 



81.4 

 77.3 

 76.1 

 83.7 

 85.7 

 86.8 

 81.7 



75.5 

 63.5 

 42.4 

 28.9 

 49.7 



67.8 

 50.0 

 33.1 

 24.6 

 25.4 

 33.4 

 43.4 



'59.4 

 66.4 



so!?' 



77.3 

 75.3 

 80.4 

 82.4 

 74.3 

 60.0 

 53.3 

 61.3 

 74.3 



64 !? 



83.7 

 84.0 

 80.2 

 77.9 

 73.2 

 64.0 

 57.8 

 46.2 

 42.6 

 43.0 

 47.3 

 55.2 

 71.4 



87.0 



78.5 



78.0 

 77.1 

 73.8 

 71.3 

 72.1 

 73.7 

 73.7 

 73.7 

 72.0 



56.3 

 36.4 

 13.9 

 21.2 



39.5 

 26.5 

 11.2 

 4.0 

 4.8 

 12.7 

 21.9 



43.3 

 '59.8 



'48.2' 



'■isio' 



46.4 

 58.6 

 59.7 

 79.0 



"74. 6 



"se.'s 



82.0 

 58.0 

 33.6 

 39.0 

 41.3 



42.5 



47.0 

 52.5 



70.0 



79.6 

 85.6 



90.3 



90.5 

 89.0 

 86.4 

 85.9 

 86.5 

 84.0 

 83.6 



74.0 

 61.2 

 42.4 

 34.2 

 36.5 

 33.4 

 29.4 

 24.7 

 20.3 

 10.0 

 5.3 



93.0 

 90.8 

 86.3 

 77.8 

 67.5 

 39.5 

 20.5 

 14.4 

 16.4 

 20.6 

 25.9 

 33.3 



65.7 

 72.2 



84.5 

 83!6 



71.3 



10.5 



ii!?' 



30.4 

 31.2 

 31.6 

 24.8 

 18.2 

 11.3 

 11.8 

 13.8 

 13.0 

 6.8 

 5.0 

 12.5 

 13.8 

 11.4 



66.8 

 52.8 

 34.3 

 16.0 

 21.9 



27.0 

 15.1 

 12.0 

 6.7 

 3.1 

 2.0 

 4.0 



14.0 

 11.6 

 10.0 

 12.6 

 12.5 

 7.1 

 7.4 

 5.2 

 I.O 

 4.2 

 6.1 



'"9!4 

 5.1 

 6.6 



85.5 

 81.6 

 80.0 

 78.5 



78.0 

 76.4 



46.6 

 38.4 

 32.4 

 31.4 

 37.8 

 45.3 

 53.3 

 70.0 



83.8 



81.4 

 79.8 

 70.0 

 77.0 

 79.5 



69.3 

 69.0 



76.8 

 80.2 

 81.0 

 81.4 

 83:4 



83.0 

 84.5 

 84.0 

 84.6 

 83.2 

 83.7 

 79.8 

 72.2 

 70!5 

 70.7 

 72.7 

 79.2 

 79.7 

 81.6 



83.8 

 84.0 

 83.7 



85.7 



3.7 



76.7 



76.1 

 75.8 

 75.2 



81.3 

 75.7 

 58.7 

 36.8 

 30.0 

 27.1 



'22!8' 

 18.0 

 6.9 

 5.4 

 8.5 

 17.6 

 47.2 



68.0 



61.2 



47.9 



30.9 



9.3 



0.0 



0.0 



73.0 

 69.4 

 63.5 

 40.8 

 43.4 



58.8 

 48.0 

 31.8 

 28.6 

 34.1 

 49.9 



73.8 

 76.4 



72.7 



73! 7 

 76.5 

 73.7 

 74.5 



72.8 



69! 6 



89.5 

 91.0 

 87.4 

 84.6 

 83.9 

 69.3 

 39.9 

 15.8 



3.8 

 3.7 

 4.6 

 4.8 

 7.3 



12.9 

 19.9 

 41.3 

 54.3 



65.7 



esis 



43.2 



23.1 

 9.4 

 5.5 

 9.3 



20.7 

 38.3 

 54.8 

 59.4 



60.2 

 52.5 

 36.1 

 16.2 

 11.1 

 5.5 



"sis 



7.9 

 14.5 

 26.3 

 24.2 

 18.9 

 9.6 

 4.2 

 2.5 

 3.0 

 5.5 



"5.'3 



93.0 

 92.3 

 85.5 



82.3 

 72.3 

 39.3 

 14.5 



2.8 

 2.1 

 2.6 

 4.0 

 5.2 

 6.9 

 9.3 

 17.8 



51.7 



62.0 

 63!4 



56!6' 



39. 



7.1 

 4.5 

 9.4 

 21.6 



53.3 



58.5 

 44.8 

 29.7 

 10.2 

 7.3 

 4.2 



6.7 

 13.6 



20.7 

 20.0 



"5.9 



0.0 

 0.0 



2.5 



'5!6 



89.0 



88.4 

 83.8 



69.8 

 69.8 

 33.1 

 12.3 



2.9 

 1.7 

 2.9 

 3.9 

 5.9 



19.7 

 40.2 

 51.7 



61.8 



56.3 



38.0 

 19.0 

 6.5 

 5.9 

 9.1 

 22.9 

 37.2 

 .52.3 

 58. 1 



58.2 

 43.7 

 27.4 

 9.2 

 4.9 

 3.9 



"4.2 

 4.7 

 9.2 

 16.2 

 15.1 

 12. S 

 6.7 

 3.0 

 0.0 

 0.0 

 3.4 

 4.0 

 3.4 

 4.0 

 S.7 



94.0 

 92.3 

 90.6 



81.5 

 65.6 

 38.8 



17.7 

 13.9 

 14.1 

 18.4 

 24.2 



34.1 

 45.7 

 65.6 

 74.0 



80.0 



80.0 



70.8 

 48.2 

 25.2 

 17.3 

 23.1 

 42.2 

 62.4 

 76.8 

 77.8 



18.9 I 17.1 



75.9 

 70.7 

 52.5 

 28.0 

 20.9 

 15.7 



'{9.5 

 26.3 

 36.1 

 44.6 

 44.8 

 40.1 

 29.5 

 18.5 

 18.1 

 20.0 

 20.7 

 22.6 

 24.2 

 28.4 

 41.4 

 44.0 

 47.5 



66.7 

 67.0 

 57.2 



37.3 

 24.6 

 21.2 

 22!2 

 28.1 



43.3 

 53.7 



72.0 



SO.O 



73.8 

 61.4 

 38.1 

 19.3 

 21.9 

 41.6 

 60.0 

 75.3 

 78.1 



76.7 

 69.4 

 49.0 

 32.5 

 51.5 

 33.6 

 36.5 



ii'.k 



53.2 

 60.7 

 59.4 



'35!6 

 25.9 

 38. S 

 42.8 

 52.9 

 53.2 

 54.5 



'57.2 



55.8 

 48.8 

 38.3 

 26.5 



33.9 



38.0 



67.3 

 83!6' 



83.9 

 85.3 

 86.3 



86.0 

 85.5 

 83.2 

 83.6 

 84.3 

 85.3 

 75.8 

 65.8 

 67.0 



71.0 

 70.6 

 68.5 

 69.3 

 61.0 



54.7 



25.2 



11.4 



3.9 



8.9 



15.9 



15.1 



35.4 



46.6 



45.6 



36.5 



12.9 



4.9 



0.6 



6.7 



37.7 



56.8 



"55!4" 



9.6 



7.0 

 7.3 

 10.3 



26.0 



58. 2 

 58.0 

 57.2 



51.2 



49.5 

 48.6 

 49.1 

 48.0 

 43.4 



35.2 

 11.0 

 4.2 



6.5 

 10.2 



3.7 

 0.3 

 1.3 

 3.0 



"4!4 



Ha 



'iOA 

 5.6 

 1.0 

 1.5 

 10.0 



23.2 

 25.4 



27.7 

 24.3 

 19.5 

 16.7 

 15.0 

 15.6 

 17.1 

 20.0 

 23.8 



27.0 

 28.8 



31.2 



33.4 

 31.8 

 31.7 

 33.8 

 37.2 



38.5 

 33.4 



26.0 



20.6 

 10.6 

 7.4 

 7.9 



10.1 

 12.2 

 11.6 

 11.0 

 14.4 



7.7 

 4.9 

 4.5 

 5.8 

 7.7 



'io.5 



10.3 

 6.5 

 3.5 

 6.4 

 11.7 

 15.5 

 13.0 

 8.4 



