9g Observations on Evaporation. No. ! 1 



Abstract of Observations of Evaporation during the Month of July 18-- 



At Red Hills. At Madhas. 





Evaporation in 

 Jnches. 



In 



— _ -2 • 



iches. 



Temperature 

 of water in 

 the Evapora- 

 tor. 





Temperature 

 of water in 

 the Tank. 





eter in 

 n. 



ion of 

 ' in 8ths. 



it 



mometer. 



mometer. 





July. 



Tank. 



II d 



1 



c C c 6/ 



B a «> s 

 Iff 



Rain in ir 



Tank 



Land 



Difference 



Top. 



Bottom. 



Difference 



Thermom 

 Su 



I'roport 

 cloudy sk^ 



Force o 

 lbs. tol 



A 

 H 



P 



Wet Then 



c 

 C 



I 



0-4052 



0-4855 



11980 



0- 150 



( 



83.33 



85. 0 



1 67 



85. 2 



82. 4 



2- E 



! 102.38 



, 



0. 3 



86.39 



79.51 



6.! 



2 



0-2662 



0-3058 



1-1490 





75.75 



77. 5 



1,75 



79. 3 



78- 0 



1. 3 



j 92. 0 



7 



0.01 



84 40 



79.35 



5.( 



3 



0.3628 



| 0-4851 



1-3370 





84.67 



8G.67 



2- ( 



87. 2 



84- 4 



! 



2.. 8 



104. 6 



4 



0.19 



86.21 



79.16 



7.1 



i 



9 , 3794 



0-4738 



1 2490 



0-0025 



83. 0 



34 66 



I 66 



85. 2 



82- 8 



2. 1 



' 101.84 



1 



6 



0.14 



86.46 



80 23 



6.! 



' 5 



0-3673 



. 0-4900 



1-2650 





85.67 



87.33 



1 CO 



88. 0 



85- 2 



2. 8 



103.92 



6 



0.21 



86.65 



78.71 



V.: 



t 



0-3565 



0-4514 



1-2660 





83.33 



85.33 



2. f 



, 85 0 



82- 6 



:i. 4 



102.38 



3 



0.36 



66.84 



78.06 



8.', 



7 



02608 



0-2C20 



1-1200 



2- 335 



" 







" 









6 



0.15 









8 



0'4351 



0-5179 



1-1900 





7C.3S 



78 67 2. 34 



1 



80. 4 



78- 2 



2. 2 



94.77 



7 



0.74 





75.14 



12. ( 



g 



0-4347 



0-5133 



1-1810 





60.62 



83. 0 2-17 



' l ■ 



83- 0 



79' 8 



3. 2 



101. 0 



7 



0. 9 



88 49 



76-49 



12.( 



: iO 



0 3515 



0-4468 



1-1710 



0- 005 



75.67 



77. 0 



1.33 



79 6 



77 8 



1. 8 



■ 92.11 



7 



0.73 





76.19 



9 f 



11 



0-3781 



0-4356 



1-1520 



0- 005 



75. 0 



78.33 



3.33 



80. 0 



77* 8 



2. 2 



95.96 



7 



0.51 





77.31 



11 I 



: I 2 



0-3141 



0-3756 



1-1960 



0- 010 



74.16 



77.33 



3.17 



79. 0 



77- 5 



1, 5 



93.38 



7 



0.48 





76.65 



9-f 



13 



0.2579 



0-2920 



1-1320 



0- 325 



75.75 



77. 5 



1.75 



79. 0 



77- 5 



I.. 5 



91.31 



8 



0.25 





77.09 



8.C 



34 



0-2854 



0-3266 



1-1440 



0- 331 

















5 



0.27 







J 



' 15 







1-1680 



0- 215 





81 33 



2 0 





79. 2 



3. 4 



98-54 



6 



0.09 



86.55 



78.69 



7.6 



'lfi 



0-3877 



0-4601 



1-1870 



0- 217 



83. 0 



84-33 



1.33 



85. 0 



82. 0 



3. 0 



102.46 



5 



0.19 



87.87 



79-12 



8.7 



17 



0-2379 



0-2733 



1-1490 



0- 434 



79.67 



81. 67 



2.0 



81. 8 



78. 6 



3. 2 



95,54 



7 



0.04 





7P.68 



6.5 



18 



0-2279 



0-2517 



1.1040 



0' 215 



78.67 



81. 0 



2.33 



82. 8 



79. 4 



3. 4 



97.23 



8 



0.05 



84.21 



78.90 



5.c 



19 



0-1198 



0-1348 



1-1250 





75. 0 



77. 5 



2. 5 



78 0 



74. 3 



3. 7 



87 19 



8 



0.04 



82 00 



77.68 



4.: 



ao 





0-3411 



11650 



0 215 





82-67 



2. 0 



84. 2 



82. 2 



2. 0 



99-46 



7 



0-22 





79.04 



4 J 





0-2055 



0-2325 



1-1320 



0- 217 

















8 



0.11 









22 



Q-2937 



0-3378 



1-1500 



0- 213 



82. 0 



84-33 



2.33 



86. 2 



83. 6 



2 6 



100.31 



5 



0.07 



84.37 



78-65 







0-2808 



0-3144 



1-1200 



0- 435 



77.33 



79 33 



2. 0 



81. 0 



78. 2 



2. 8 



94 54 



8 



0.16 



84- 20 



77.63 



6 £ 



2* 



0-3303 



0-3865 



1-1700 



0- 435 



79.16 



81.33 



2 17 



83. O 



80. 6 



2. 4 



94.15 



8 



0.19 



84.25 



76.75 



7.5 



|« 



0-2929 



0-3399 



1-1600 



0- 218 



82.33 



84. 0 



1 67 



84 6 



82. 5 



2 ] 



98.38 



8 



0.14 



85.40 



77 94 





2£ 



0-2974 



0-3469 



1-1660 



0- 217 



80-25 



82. 5 



2.25 



84. 3 



81. 3 



3, 3 



94.77 



8 



0.12 



84.25 



77 29 



6.9 



27 

 25 



0-2933 

 0-3927 



0-3399 

 0-4692 



1-1590 

 1-1950 



0- 218 



81. 0 



82 33 



1.33 



83. 6 



81. 4 



2 2 



98.31 



6 

 7 



0.25 

 0.44 



85.29 



78 63 



6 6 



29 



0-4684 



0-6269 



1-3380 



3- 217 



83.67 



85.33 



1 CG 



86. 6 



84. 6 



2, 0 



100.73 



1 



1. 9 



87.35 



76-61 



10 7 



SO 



0-4285 



0-4942 



1-1530 



> 435 



80.16 



81 67 



1.51 



82. 2 



80. 2 



i, oj 



93.92 



8 



0 59 



86.88 



76.65 



10.2 



3': 



0-2929 



0-3390 



1 1570 1 





78.67 



80. 5 



L.83 



81. 4 



79. 6 



, si 



92.81 



8 



0.38 



86.35 



77 08 



9. 



c 



<- 



5 



0.3257 



0.3867 



1.1861 



0.2279 



79- 9 



81-94 



201 



83.09 



80-58 



2-45 



97-19 



6 8 



0-33 



65-80 



77.89 



7.9 



