



Temperature of the 



Moon. 





45 



Time. 



Devla- 

 - tion. 



Screen 

 A. 



SkyB. 



Moon 

 0. 



SkyD. 



Screen 

 E. 



_B t B.: 



3+D A-f-E. 



2 2 



Series II. 



















h m 



















9 08 



41 08 30 



215 



213-2 



213-4 



211-9 



210 



0-8 



4-01 





40 20 



228 



233 



235-0 



234-8 



233-8 



1-7 



+3-0 





40 00 



183-8 



183 



184-6 



181 



180 



2-6 



+0-1 





39 40 



183-8 



185 



188-2 



184-2 



184 



3-6 



4-0-7 





20 



192 



193-5 



198-8 



196 



197 



4-1 



+0-2 





39 00 



185 



185-3 



188-4 



186 



188 



2-7 



-0-8 



9 20 



38 40 



197-7 



196-2 



198-3 



197-5 



197-8 



1-5 



-09 





30 



214 



213 



214-5 



212 



212-8 



2-0 



-0-9 





20 



182-5 



183 



1836 



182-4 



184 



0-9 



-06 





10 



185 



184-6 



186-7 



186-7 



189 



10 



-1-0 





38 00 



191-6 



184 



189-2 



182-8 



186-2 



5-8 



-5-5 





37 50 



175 



170-8 



180 



167 



170-2 



111 



-3-7 





40 



167-4 



161 



1772 



159-4 



168 



17-0 



-7-5 





30 



171-4 



165 



181-8 



161-2 



172 



18-7 



-8-6 





20 



171 



166-7 



182-8 



164 



171-7 



17-4 



-5 9 





10 



173 



169 



182 



168-8 



176-2 



131 



-5-7 





37 00 



173 



166-5 



176 



166 



174 



97 



-7-5 





36 00 



178-2 



174 



184 



172-8 



178-2 



10-6 



-4-8 



9 42 



35 00 



183-2 



182 



184-3 



179-6 



1806 



3-5 



-1-1 







Temperature of Sere 



>en=18°. 





9 45 



35 00 



190 



185 



186-2 



178-2 



181 



4-6 



-39 





36 00 



191 



190 



201-3 



191-8 



197-6 



10-4 



-3-4 





37 00 



199-5 



193-8 



205-5 



192-2 



200-9 



12-5 



_7-2 





10 



198-2 



190 



203 



186-8 



195 



14-6 



-8-2 





20 



189-5 



181-5 



197-2 



178 



187-1 



175 



-8-6 





30 



188-2 



182-4 



200-2 



180 



189-5 



190 



-7-9 





40 



189 



183-5 



200-5 



178 



182 



19-4 



-4-4 





50 



181-4 



176-3 



188-8 



175-4 



176 



12-8 



-2-7 





38 00 



173-6 



172-8 



180-6 



175-9 



181 



6-3 



-3-0 



10 00 



10 



185 



183-7 



185-8 



185 



1*8 



1-4 



-2-1 





20 



195 



195-9 



198 



197-8 



1997 



1-2 



-0-6 





30 



203 



203-5 



205 



201 



201 



2-8 



+0-2 





40 



209-7 



208 



208-7 



206 



205-8 



1-7 



-0-7 





39 00 



206 



207 



2112 



207-4 



209 



40 



-0-3 





20 



210 



211-4 



215 



210-5 



210-5 



4-0 



+0-7 





40 



200-5 



201-5 



205 



201 



202-3 



3-7 



-0-1 





40 00 



206-4 



209-2 



215 



211-6 



211-6 



4-8 



+ 1-2 





20 



214-5 



214-7 



217 



214 



215 



2-7 



-0-4 



10 20 



41 08 3( 



) 221-4 



222 



224-1 



223-2 



223 



1-5 



+0-4 



The observations of this night may serve as a type of a 

 great many others. They all show two maxima (see column 



C — J whose apparent position differs little from that 



already given in the example, and it may b 3 added that in all 

 cases the radically different character of the heat in these two 

 maxima bears the proof of the independent test furnished by 



