50 Longitude and Altitude of the Nonagesimal for the 
Argument. ! Longitude Correetion Altitude ROHEG) arentionsitir Arguinent, 
A.R. of Mer.| of the Nonagesimal. in Obliq: of the Nonagesimal. in Obliq —1000"' in Latitude. |] 4) p. of Mer. 
in AM Ais anf; 4 ed hey lege | Long. | Alt. H. M. 
ae) 70, 66 36 1 4, % |—15.3 6851 7 445 |—91.8 |) 2281 4976" || 4 0 
A a 66 47 39 4) 38 15.1 68 53 294) 91.9 226 977 4 
A> ae 66 5917 44 39 15.0 68 55 49 149 92.1 225 977 A? 
4 8 67 10 56 44 39 14.8 68 58 9  jo6 92.2 223 978 4 iB 
Ae 67 22.35 4) os 14.7 69 0 27 a 92.3 221 978 A ae 
Ai AG 67 34.13 4, 399 |—i40 69 2 44 137 —92.4 ||—219 | +978 AD 
A 56 67 45 52 4) 39 14.4 69 5 1 355 92.6 217 979 4 6 
Ay i 67 57 3141 39 14.2 69 716 55 92.7 215 979 a 
a G8 68 910 44 39 141 69 929 J55 92.8 213 979 A as 
Nia) 68 2049 1, = 13.9 69 11 42 aA 92.9 212 980 4 9 
4 10 68°32 28 4) gg [—138 69 13 54 130 =931 || —210 | 4-050 ay 10 
ae 68 44 7 47 40 13.6 6916 4 455 93.2 208 980 Al ii 
4 12 68.55 47 443 13.5 691814 458 93.3 206 981 4 12 
Ai} 69 726 141 39 13.4 69 2022 354 93.4 204 981 4) PAB 
4 14 6919 5 11 49 15. 69 22 29 ie 93 5 202 981 4 14 
ARNIS 69 30 45° 44 39 [—131 69 2435 5, |—93.6 ||—200 | 4-982 4 #15 
4 16 69 42 24 41 49 12.9 69 26 40> 454 93.7 199 982 4 16 
4 17 69 54 4 41 40 128 69 2844 155 938 197 982 AD Uy, 
Ay 1s 70 544 7) gy 12.6 69 30 46. 455 94.0 195 983 AD 18 
4 19 7017 2334 40 12.5 69 32 48 eA 94.1 193 983 4 19 
4 20 70 29.3 4) go |—124 69 34.48 jg [—94.2 || 191 | +983 4 20 
4 2 70 40 43° 44 49 12.2 69 3647 148 94.3 189 984 He 21 
Zh O87 70 5223 44 49 12.1 693845 447 94.4 187 984 si (22 
Ay 133 TAS Tin ap i19 69 40 42 346 94.5 186 984 ys) 
4 24 pa a3 aay 11.8 69 42 38 <4 946 184 98 |. 4 24 
4 25 7127230 4, gy [17 69 443200 544 [—94-7 || —182 | 4-y59 4 25 
4 26 7139 4 4) 40 11.5 69 46 26 45 94.8 180 985 4 26 
4° 97 7150 44 4) 49 1d 694818 44) 94.9 178 985 Ae OF 
4 28 72 224 4) 4) 11.3 6950 9 414 95.0 176 986 Ae OR 
4 29 Ce eo ea 11.1 69 51 59 95.1 174 986 4 29 
4 30 7225-45 4, 4, |—1L0 69 53 47 a —95.2 || —172 | +936 4 30 
4 31 72 37 26 3) 44 10.9 69 55 35196 95.5 170 937 4” BI 
4 32 7249 7 44 40 10.7 69 57 21g 95.4 169 987 ay) 32 
“4 «83 73 047 4) 47 10.6 REE Ce ai 95.5 167 987 4 33 
4 84 (BEERS 10.5 7 051 95.6 165 987 4 34 
4+ 35 3249 4, 4 [—103 70 2 34 a —95.7 || —163 | +-988 4) 35 
4 36 73 35 50 4) 4] 10.2 LO OTS ake 95.8 161 988 4 36 
4 37 734731 44 44 10.1 70 556 og 95.9 159 988 4 37 
4 38 735912 44 44 9.9 70 7 36 oe 96.0 157 988 4 38 
4 39 741053 4, a 9.8 7 914 96.1 155 989 4 39 
4 40 | 42234 4,4 |—97 || 71051 2 [952 || 155 |-pes9 || 4, 40 
4 41 743416 3) 4) 9.5 70 12 27 95 96.3 152 989 4 41 
4 42 744557 31 oy 9.4 7014 2 93 96.4 150 989 4, 42 
4 43 7457 88 44 49 9.3 70 15 35 2 96.4 1i8 950 4 43 
4 44 % 920 4) “a 9.1 Os Gent AS 965 146 | 990 4 44 
4 45 521 1 4, 42 |— 9.0 70 18 39 op —96.6 || —144 | +990 4. 45 
4 46 75 3243 4) 49 8.9 70 20 9 88 967 142 990 4 46 
4 47 75 4425 41 44 8.7 FiO Pal, 837) 83 96.8 140 991 way 
4 48 7556 6 44 49 8.6 70 23 5 Ay 96.9 138 991 4 48 
4 49 paee 48 eae 8.5 70 24 32 ae 970 || 136 991 4 49 
4 50 7619 30 44 AB = ae 70 25 57 a =97.1 || —135 | +991 4 50 
4 - 5l 76 3112 34 45 8.2 70 27 21 an 97.1 133 992 4 51 
4 52 76 4254 3) 43 8.1 70 28 44 a 97.2 131 992 4 52 
A 53 76 5436 41 45 7.9 70 30 6 = 97.3 129 992 4 53 
4 54 77 618 mi 5 7.8 70 31 26 97.4 127 992 4 54 
£55 | 7718 0 4, g [— 77 || 70 3246 $9 |=o74 || 126 goss || 4° oe 
4 56 77 29 42 44 49 7.5 70 34 4 ae 97.5 123 993 4 56 
4 57 77 4124 47 49 74 70 35 21 6 97.6 .|| 121 993 4° 57 
4 58 7753 6 44 4B 1.3 70 36 37 74 97.7 119 993 4 658 
4 59 78 449 41 45 Weal 70 37 51 ai 97.7 117 993 4 59 
pen 78 16 31 = 7.0 70 39 5 97.8 || 116 994 & 0 
