DECLINATION, 
Taste XIX. Soaieee e ee of the Moon’s aaa Tables to facilitate the Ufe of the Repeating Circle. 
aaa D Taste I, 
nese Zenith nD Of the change in Altitude of the Pole — for Half an 
| Ale | Dit, 14°30! is? of |15°30! 16° of 16° 30! 17° Oo’ our cn each fide ae Meridia 
© | go® | o%00 | o”e0 | 0%00 | oY00 | o”09 | o"00 jo jv | 2 [os fa [ s [ 6 
3 7 71 0.75 0.80 | 0.86 j o g2 0.97 o” 0”o oO"! 0”3 oO 10 16 ~a"3 
6 | 84 |} 41 | 1.50 | 1-60) 1.71 | 1.83 | 7.94 1} oo | of | 03] 06] to] 1.6) 2.3 
Q | 8r | 2-11 | 2.25 | 2.40] 2.56 | 2.73 | 2.90 2] 00} oF | 03} 06] rol 1.6) 2.3. 
12 | 78 | 281-| 3.00 | 3.20] 3.41 | 3.63 | 3 3 | OO] OF] 31 06} rr] 16} 2.3 
15 | 75 | 3:50 | 3-74 1 3-99 | 4:25 | 4.52 | 4.80 4} 00) OF | of] 06} rr] ny | 24 
18 72 4-17 | 4.46 | 4.76 5.07 | 5-39 | 5.73 5 0.0 O.1 0.3 0.6 T.T 1.7 2.4 
at 454 | 5.18 | 5.52) 5.89 | 6.26 | 6-65 6} oof or} a3} 06] re | 17 | ag 
2 66 | 549 | 5-85 | 6.27 | 6.68} 7.01 | 7.54 7| OO} OF | OF} C6 f rr] nz fag 
27 | 63 | 6.13 | 6.56 1700 7-46 1°7.93 | 8.42 8 fone) a! 0.3 0.6 II 1.9 Qe4 
30 60 6.75 7231 7.71 8.2 8.74 9.28, 9 0.0 0.1 0.3 0.6 I.I 1.7 204 | 
33 | 57 | 7-35 | 7-88 | 8.40] 8.96 | 9.52 |ro.12 Io 0.0 Oo. 0.3 0.6 Tel 1.7 a4 | 
36 54 7.93 8 5° Y.07 y 07 10.28 10.02 II 0.0 Oct C.3 0.6 tat 1.7 2.5 
39 | 54 | 8.49 | g.10 | 72 | 10.36 |rr.02 | 11.66 12 | 0.0 | Of } 0.3 | O17 | el In] | 265 
42 } 48 | 9.03 68 |ro 34 | t1.02 |11.72 | 12 44 13 0,0 | O.1 03 OF I.I 1.8 265 
145 | 45 | 9-55 [£0.23 | 10.93 [t1-0d5 [12.39 [13.15 a en : t or3 ne 12 ' > 
4 42 | 1005 {10.76 {tI 49 | 62.25 [13.03 [13.83 oe et ade = ss sit 
sf | 39 110.52 [11.26 | 12.02 [12.88 113.63 | 14.46 16, co} af] 3] oF | 103 15 | 2.5 
S150 [regs fina [tage lis gr lecig|ige6| | 'Z| oo] ot] ea] er | os] ng) 24 
7 | 33 JELB5 [b2.15 112.98 (13.83 [14.72 |15.62 : / 3 6 
60 | 30 j11.72 |12.55 |13.40 |r4 29 |15.20 116.13 a Oo | eel Ov3 me oo os) ee 
ia 20 | 0.0 |. OF | 4] OF r.2{ 1.8 | 2.6 
6 27 | '2.06 [12.91 |13.7g | 14.70 115.64 |16.60 —— 5 
6 24 (12.37 [13.24 |t4.r4 [55 cS | 16.04 {17.03 a Se On4 7 a ie a6 
69 | 26 |12 64 [13.53 [14.46 115 41 [16.39 [17.40 R27] OO | Od | Of | 0.7 | 162] AQ | 2. 
= 23] 00 } O1 | OF} O7 | 3.2] 3.9} 2.6 
72 | 18 [1288 | 13-79 | 14.73 115-70 [16.70 |17.73 24] 00} Ot] of] of | ra] 1.9 | 2.6 
75 | 15 }13.08 ]4.01 |14.96 [15.95 [16.96 {18.01 25} CO} oF | of] o8 | na] 1.9] 205 
78 | 12 }13.24 |r4 18 [15.05 [16.15 [67.18 13.24 
26 0.0 or On4. 0.8 1.2 1.9 2.7 
| Q {13-37 [14 32 [15-30 116.31 157.35 |18 42 27 {| OO | OF | a4] 0.8 | 3103 1g | 247 
fea 6 [13 46 [1 - I) 16.42 117.47 118.5 5 G8} OO | Ot O4 | 0.8 1.3 1.49) 269 
87 3 [13-52 [14-48 [15.47 [16.49 |17.54 [18.62 29} C9} 2] O4} O8 | 1.3] BQ | 267 
| 99} oO 13°54 ee 15.49 a 17.57 118.65 30 | 00] o.2 O4 | 0.8 1.3 1.9 2.7 
Taare “%X.—Dim he Horizontal Parallax, 3f OO | O2 CoH] 0.8 1.3 2.0 | 2.7 
the Equatorial Peis bemg cook 32} OO | O2 | Of | O88 | 1.3] 20] 2.7 
ae 33 0.0 0.2 Ong 0.8 1.3 2.0 2.8 
lal ofc (2 7 eee ~ 34+ | 00} C2] og | 0.8 1.4] 2.0} 2.8 
Vertical.| 52° | 53°] 54° 155° | $6°] 57° $84] 5 o| cor 61° | 62° 35 O° 0.2 Ong 0.8 I.4 2-0 2.8 
solro! 9%4 5748/5" 5¢ 5°69}578015"90 6"01 ay 623/633 ee 054 30 0.0 Q.2 Co4 °.8 1.4 2.9 2.8 
r}Lo 6345 TSS BE A 3{6.18 (6.2 6.6216.73 
- fe) ae ; 80 : 9) f o2| a 6.25]6. 3616 ale 6 $3] ae 6.30] 6.92 of —— ae as) ot ret ae 
53} 9 $5015-96|6.07]6. 1916. 30}6.42}6.5 316.65 | 6.766.387 [5.99] 7.10 3 CO} 2 | SA | CG] Teg | 2-0) 2 
c4.| 9 48-5]6. 11/6.2316. 351 6,58|6.70|6.821 6.g4l7.05| 7.15] 7.29 39 | 0] 21 as roms) 4 | 2.0] 2.8 
ss} 94 2719.39 6.5 6 316.75|6.87 6.99| 7011/7423 17-35] 7047 40 ome) C.2 0.5 O.9 Tet 2.1 2.9 
S61 9 34.1/6.4216.5416.6916.7 9117-04 7.16| 7-41]7.53)7.65 41 oo e O.s O09 1.4 ar 2.9 
Elupticity of the Earth is here fuppofed 545. 42] 0} 2] 05) a9 | 1.4] 22] 2.9 
Taste XXI.—Deviation of the Horizontal Wire of an 43 {| 0-0 | O12 | OF | OG | Teg | 267 | 2.9 
A ftronomical Quadrant or Circle. 44 | OO | 2} 5 | OG | 4 | 2] 2g 
Duitance of Star trom the Vertical Wire. a 
Altitude. } ene oe seat . 46} CO} 02} a5 | ag 1.5 | 2.2 | 2.9 
ro! 20’ | 30! 40° | 50 Go’ ™ i 0.0 | 0.2 | OF | 0. | 5] 2.2 | 3.0 
3 ot oO" oO" Pa er ee 49 0.0 | 0.2 | O05 | 0.9 1.5 2.2 3.0 
re Ol pe e - a 49 0.0 | 2} OF | Og 145 2.2 | 3.0 
15 (oe) 0.9 on 3.7 5.3 8.4 FO 1 00 | 2 | OWS 1.0 leh |. 222°] 3.0 
20 0.3 £3 2.9 St 4.9 | Lied ee ee Mi ae eee oe ee ee 
26 Oy 1.6 3.6 6s ‘304 | 14.6 52; OF 0.2 | oF 150 | 3.5 |; 2.9 + ge 
30 6.5 2.0 | 4.5 8.4 | 12.6 | 8.4 53; O-T | O2 | OF | FO] 5} 2.2 | 3.0 
as 0.6 2.4 | 8:5 | y.B | 15.3 | 220 Se OE Oe O51 TO) Teh | 258) Bel 
40 0.9 29 6.6 } 13.7 | 18 26.4 55; OF] o2] «6 _ 1.0 1.6] 2.3 | 31 
45 0.9 3:5 79 | 14-0 | 21.8 | 31.4 56 e.1 0.2 0.6 1.0 1.6 | “4.4 Bet 
50 1.0 4.2 9-4 | 16.6 | 26.0 | 37-4 57 O.1 O.2 0.6 1.0 1.6 2.3 31 
55 12 5-0 | 11.2 | 19 2 | 44.9 58 | o1 0.3 0.6 1.0 1.5 2.3 3.2 
60 I 60 | 13.6 | 24.2 | 37.8 | 54.4 59 |. OL} O33} 06] Io 1.6 | 2.3 3.1 
65 1.9 | 7-5 | 16.8 | 299 8 1 67.4 | Go; oF | 03) 06] 1.0] 1.6) 2.2] 3.2 
§ a 
