Wednesday, February 02, 2011

Marsonance Table: 2 Cyclers

For resonance, 
cycler orbit has same period (P) as Mars.
PCy = 1.88 yr = 687 days = P♂
From Kepler’s Third Law, 
P2 ∝ a3
thus, the primary orbital element,
 semi-major axis (a),
must be same for both cycler and Mars.
aCy = 1.88 AU = a♂
For useful rendezvous, 
cycler orbit persistently intercepts Mars orbit.
THEREFORE, orbits must differ,
and all other orbital elements likely differ.
These include: aphelion (Q), perihelion (q), eccentricity (e), semi-latis rectum (ℓ) and respective area (A).
MARS ANGLE
000° - 015° 016° - 030° 031° - 045° 046° - 060°
061° - 075° 076° - 090° 091° - 105° 106° - 120°
121° - 135° 136° - 150° 151° - 165° 166° - 180°
181° - 195° 196° - 210° 211° - 225° 226° - 240°
241° - 255° 256° - 270° 271° - 285° 286° - 300°
301° - 135° 316° - 330° 331° - 345° 346° - 360°
Mars
Angle 		Mars Radius Cum
Area		Cum
Time		Mars
Incr.
Time		 Earth
Angle 		.Cycler1.
Angle 		Cycler1
Radius 		Incr.
Angle 		Cycler
Incr.
Time 		Incr.
Angle 		.Cycler2.
Angle 		Cycler2
Radius
θ♂ R♂ A♂ T Δt♂ θꚚ θC1 RC1 ∆θC1 ΔtCy ∆θC2 θC2 RC2
Deg AU AU2 days days Deg Deg AU Deg days Deg Deg AU
0 ⁰ 1.3814 0.0000 0.0 1.58 0.00⁰ 124.24 ⁰ 1.5156 0.69 ⁰ 1.58 0.68 ⁰ 235.28 ⁰ 1.5243
1 ⁰ 1.3814 0.0167 1.6 1.58 1.55⁰ 124.92 ⁰ 1.5281 0.68 ⁰ 1.58 0.69 ⁰ 235.97 ⁰ 1.5117
2 ⁰ 1.3815 0.0333 3.2 1.58 3.11⁰ 125.60 ⁰ 1.5406 0.67 ⁰ 1.58 0.70 ⁰ 236.67 ⁰ 1.4990
3 ⁰ 1.3816 0.0500 4.7 1.58 4.66⁰ 126.26 ⁰ 1.5529 0.66 ⁰ 1.58 0.71 ⁰ 237.38 ⁰ 1.4862
4 ⁰ 1.3817 0.0666 6.3 1.58 6.21⁰ 126.91 ⁰ 1.5652 0.65 ⁰ 1.58 0.72 ⁰ 238.10 ⁰ 1.4733
5 ⁰ 1.3818 0.0833 7.9 1.58 7.77⁰ 127.54 ⁰ 1.5773 0.64 ⁰ 1.58 0.73 ⁰ 238.83 ⁰ 1.4603
6 ⁰ 1.3820 0.0999 9.5 1.58 9.32⁰ 128.18 ⁰ 1.5893 0.63 ⁰ 1.58 0.75 ⁰ 239.58 ⁰ 1.4473
7 ⁰ 1.3823 0.1166 11.0 1.58 10.87⁰ 128.80 ⁰ 1.6013 0.62 ⁰ 1.58 0.76 ⁰ 240.34 ⁰ 1.4341
8 ⁰ 1.3825 0.1333 12.6 1.58 12.43⁰ 129.41 ⁰ 1.6131 0.61 ⁰ 1.58 0.78 ⁰ 241.12 ⁰ 1.4208
9 ⁰ 1.3829 0.1500 14.2 1.58 13.98⁰ 130.02 ⁰ 1.6249 0.60 ⁰ 1.58 0.79 ⁰ 241.91 ⁰ 1.4074
10 ⁰ 1.3832 0.1667 15.8 1.58 15.54⁰ 130.61 ⁰ 1.6365 0.60 ⁰ 1.58 0.80 ⁰ 242.71 ⁰ 1.3939
11 ⁰ 1.3836 0.1834 17.3 1.58 17.10⁰ 131.20 ⁰ 1.6481 0.58 ⁰ 1.58 0.82 ⁰ 243.53 ⁰ 1.3803
12 ⁰ 1.3840 0.2001 18.9 1.58 18.66⁰ 131.77 ⁰ 1.6595 0.58 ⁰ 1.58 0.84 ⁰ 244.37 ⁰ 1.3666
13 ⁰ 1.3844 0.2168 20.5 1.58 20.21⁰ 132.34 ⁰ 1.6708 0.57 ⁰ 1.58 0.85 ⁰ 245.22 ⁰ 1.3528
14 ⁰ 1.3849 0.2335 22.1 1.58 21.77 ⁰ 132.91 ⁰ 1.6820 0.56 ⁰ 1.58 0.88 ⁰ 246.10 ⁰ 1.3389
15 ⁰ 1.3854 0.2503 23.7 1.58 23.34⁰ 133.46 ⁰ 1.6931 0.56 ⁰ 1.58 0.89 ⁰ 246.99 ⁰ 1.3249
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
16 ⁰ 1.3860 0.2670 25.3 1.59 24.90⁰134.01 ⁰ 1.7042 0.55 ⁰ 1.59 0.92 ⁰ 247.91 ⁰ 1.3107
17 ⁰ 1.3866 0.2838 26.8 1.59 26.46⁰134.56 ⁰ 1.7152 0.55 ⁰ 1.59 0.94 ⁰ 248.84 ⁰ 1.2964
18 ⁰ 1.3872 0.3006 28.4 1.59 28.03⁰135.10 ⁰ 1.7261 0.54 ⁰ 1.59 0.96 ⁰ 249.80 ⁰ 1.2821
19 ⁰ 1.3879 0.3174 30.0 1.59 29.59⁰135.63 ⁰ 1.7369 0.53 ⁰ 1.59 0.98 ⁰ 250.78 ⁰ 1.2676
20 ⁰ 1.3886 0.3342 31.6 1.59 31.16⁰136.15 ⁰ 1.7476 0.53 ⁰ 1.59 1.00 ⁰ 251.78 ⁰ 1.2531
21 ⁰ 1.3893 0.3510 33.2 1.59 32.73⁰136.67 ⁰ 1.7582 0.52 ⁰ 1.59 1.02 ⁰ 252.80 ⁰ 1.2386
22 ⁰ 1.3900 0.3679 34.8 1.59 34.30⁰137.18 ⁰ 1.7687 0.51 ⁰ 1.59 1.05 ⁰ 253.85 ⁰ 1.2239
23 ⁰ 1.3908 0.3848 36.4 1.60 35.87⁰137.69 ⁰ 1.7792 0.51 ⁰ 1.60 1.08 ⁰ 254.93 ⁰ 1.2090
24 ⁰ 1.3917 0.4017 38.0 1.60 37.45⁰138.19 ⁰ 1.7895 0.50 ⁰ 1.60 1.11 ⁰ 256.04 ⁰ 1.1941
25 ⁰ 1.3925 0.4186 39.6 1.60 39.03⁰138.69 ⁰ 1.7997 0.50 ⁰ 1.60 1.14 ⁰ 257.18 ⁰ 1.1790
26 ⁰ 1.3934 0.4355 41.2 1.60 40.61⁰139.18 ⁰ 1.8099 0.49 ⁰ 1.60 1.16 ⁰ 258.34 ⁰ 1.1639
27 ⁰ 1.3944 0.4525 42.8 1.60 42.19⁰139.67 ⁰ 1.8199 0.48 ⁰ 1.60 1.20 ⁰ 259.54 ⁰ 1.1488
28 ⁰ 1.3954 0.4694 44.4 1.61 43.77⁰140.15 ⁰ 1.8299 0.49 ⁰ 1.61 1.24 ⁰ 260.78 ⁰ 1.1334
29 ⁰ 1.3964 0.4864 46.0 1.61 45.35⁰140.63 ⁰ 1.8399 0.48 ⁰ 1.61 1.27 ⁰ 262.05 ⁰ 1.1180
30 ⁰ 1.3974 0.5035 47.6 1.61 46.94⁰141.102 ⁰ 1.8497 0.47 ⁰ 1.61 1.31 ⁰ 263.36 ⁰ 1.1027
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
31 ⁰ 1.3985 0.5205 49.2 1.61 48.53⁰141.57 ⁰ 1.8594 0.47 ⁰ 1.61 1.35 ⁰ 264.70 ⁰ 1.0871
32 ⁰ 1.3996 0.5376 50.9 1.62 50.12⁰142.04 ⁰ 1.8691 0.47 ⁰ 1.62 1.40 ⁰ 266.10 ⁰ 1.0715
33 ⁰ 1.4007 0.5547 52.5 1.62 51.72⁰142.50 ⁰ 1.8787 0.46 ⁰ 1.62 1.44 ⁰ 267.53 ⁰ 1.0559
34 ⁰ 1.4019 0.5718 54.1 1.62 53.32⁰142.96 ⁰ 1.8881 0.46 ⁰ 1.62 1.48 ⁰ 269.01 ⁰ 1.0402
35 ⁰ 1.4031 0.5890 55.7 1.62 54.92⁰143.41 ⁰ 1.8975 0.45 ⁰ 1.62 1.52 ⁰ 270.53 ⁰ 1.0246
36 ⁰ 1.4043 0.6062 57.3 1.63 56.52⁰143.86 ⁰ 1.9069 0.45 ⁰ 1.63 1.58 ⁰ 272.11 ⁰ 1.0088
37 ⁰ 1.4056 0.6234 59.0 1.63 58.13⁰144.31 ⁰ 1.9161 0.45 ⁰ 1.63 1.63 ⁰ 273.74 ⁰ 0.9931
38 ⁰ 1.4069 0.6407 60.6 1.63 59.74⁰144.75 ⁰ 1.9252 0.44 ⁰ 1.63 1.68 ⁰ 275.42 ⁰ 0.9774
39 ⁰ 1.4082 0.6580 62.2 1.64 61.35⁰145.19 ⁰ 1.9343 0.44 ⁰ 1.64 1.74 ⁰ 277.17 ⁰ 0.9617
40 ⁰ 1.4096 0.6753 63.9 1.64 62.96⁰145.63 ⁰ 1.9433 0.44 ⁰ 1.64 1.80 ⁰ 278.97 ⁰ 0.9460
41 ⁰ 1.4110 0.6927 65.5 1.64 64.58⁰146.06 ⁰ 1.9522 0.43 ⁰ 1.64 1.86 ⁰ 280.83 ⁰ 0.9305
42 ⁰ 1.4124 0.7100 67.2 1.65 66.20⁰146.49 ⁰ 1.9610 0.43 ⁰ 1.65 1.94 ⁰ 282.77 ⁰ 0.9149
43 ⁰ 1.4138 0.7275 68.8 1.65 67.83⁰146.92 ⁰ 1.9698 0.43 ⁰ 1.65 2.01 ⁰ 284.78 ⁰ 0.8994
44 ⁰ 1.4153 0.7449 70.5 1.65 69.46⁰147.34 ⁰ 1.9785 0.42 ⁰ 1.65 2.08 ⁰ 286.86 ⁰ 0.8840
45 ⁰ 1.4168 0.7624 72.1 1.66 71.09⁰147.77 ⁰ 1.9870 0.42 ⁰ 1.66 2.16 ⁰ 289.02 ⁰ 0.8688
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
46 ⁰ 1.4184 0.7800 73.8 1.66 72.72⁰148.19 ⁰ 1.9955 0.42 ⁰ 1.66 2.25 ⁰ 291.26 ⁰ 0.8537
47 ⁰ 1.4200 0.7975 75.4 1.66 74.36⁰148.60 ⁰ 2.0040 0.42 ⁰ 1.66 2.32 ⁰ 293.59 ⁰ 0.8389
48 ⁰ 1.4216 0.8152 77.1 1.67 76.00⁰149.02 ⁰ 2.0123 0.41 ⁰ 1.67 2.42 ⁰ 296.00 ⁰ 0.8243
49 ⁰ 1.4232 0.8328 78.8 1.67 77.65⁰149.43 ⁰ 2.0206 0.41 ⁰ 1.67 2.51 ⁰ 298.51 ⁰ 0.8099
50 ⁰ 1.4249 0.8505 80.5 1.67 79.30⁰149.83 ⁰ 2.0287 0.41 ⁰ 1.67 2.60 ⁰ 301.11 ⁰ 0.7959
51 ⁰ 1.4266 0.8683 82.1 1.68 80.95⁰150.24 ⁰ 2.0368 0.41 ⁰ 1.68 2.70 ⁰ 303.81 ⁰ 0.7822
52 ⁰ 1.4283 0.8860 83.8 1.68 82.61⁰150.65 ⁰ 2.0448 0.40 ⁰ 1.68 2.80 ⁰ 306.61 ⁰ 0.7689
53 ⁰ 1.4300 0.9039 85.5 1.69 84.27⁰151.05 ⁰ 2.0528 0.40 ⁰ 1.69 2.91 ⁰ 309.52 ⁰ 0.7560
54 ⁰ 1.4318 0.9217 87.2 1.69 85.94⁰151.45 ⁰ 2.0606 0.40 ⁰ 1.69 3.01 ⁰ 312.53 ⁰ 0.7437
55 ⁰ 1.4336 0.9396 88.9 1.69 87.61⁰151.85 ⁰ 2.0684 0.40 ⁰ 1.69 3.11 ⁰ 315.64 ⁰ 0.7320
56 ⁰ 1.4355 0.9576 90.6 1.70 89.28⁰152.24 ⁰ 2.0761 0.40 ⁰ 1.70 3.22 ⁰ 318.86 ⁰ 0.7209
57 ⁰ 1.4373 0.9756 92.3 1.70 90.96⁰152.64 ⁰ 2.0837 0.39 ⁰ 1.70 3.32 ⁰ 322.18 ⁰ 0.7105
58 ⁰ 1.4392 0.9937 94.0 1.71 92.65⁰153.03 ⁰ 2.0912 0.39 ⁰ 1.71 3.43 ⁰ 325.61 ⁰ 0.7007
59 ⁰ 1.4411 1.0118 95.7 1.71 94.33⁰153.42 ⁰ 2.0986 0.39 ⁰ 1.71 3.52 ⁰ 329.13 ⁰ 0.6919
60 ⁰ 1.4430 1.0299 97.4 1.72 96.03⁰153.81 ⁰ 2.1060 0.39 ⁰ 1.72 3.64 ⁰ 332.78 ⁰ 0.6838
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
61 ⁰ 1.4450 1.0481 99.2 1.72 97.72⁰154.19 ⁰ 2.1133 0.39 ⁰ 1.72 3.71 ⁰ 336.49 ⁰ 0.6767
62 ⁰ 1.4470 1.0663 100.9 1.73 99.42⁰154.58 ⁰ 2.1205 0.39 ⁰ 1.73 3.82 ⁰ 340.31 ⁰ 0.6705
63 ⁰ 1.4490 1.0846 102.6 1.73 101.13⁰154.96 ⁰ 2.1276 0.38 ⁰ 1.73 3.88 ⁰ 344.19 ⁰ 0.6654
64 ⁰ 1.4510 1.1030 104.3 1.74 102.84⁰55.35 ⁰ 2.1347 0.38 ⁰ 1.74 3.97 ⁰ 348.16 ⁰ 0.6614
65 ⁰ 1.4531 1.1214 106.1 1.74 104.56⁰155.73 ⁰ 2.1417 0.38 ⁰ 1.74 4.00 ⁰ 352.16 ⁰ 0.6585
66 ⁰ 1.4551 1.1398 107.8 1.75 106.28⁰156.11 ⁰ 2.1486 0.38 ⁰ 1.75 4.05 ⁰ 356.20 ⁰ 0.6568
67 ⁰ 1.4572 1.1583 109.6 1.75 108.00⁰156.49 ⁰ 2.1554 0.38 ⁰ 1.75 4.06 ⁰ 0.25 ⁰ 0.6563
68 ⁰ 1.4594 1.1769 111.3 1.76 109.73⁰156.87 ⁰ 2.1621 0.38 ⁰ 1.76 4.07 ⁰ 4.33 ⁰ 0.6570
69 ⁰ 1.4615 1.1955 113.1 1.76 111.47⁰157.24 ⁰ 2.1687 0.38 ⁰ 1.76 4.07 ⁰ 8.40 ⁰ 0.6589
70 ⁰ 1.4637 1.2142 114.9 1.77 113.21⁰157.62 ⁰ 2.1753 0.38 ⁰ 1.77 4.07 ⁰ 12.48 ⁰ 0.6620
71 ⁰ 1.4658 1.2329 116.6 1.77 114.95⁰157.99 ⁰ 2.1818 0.37 ⁰ 1.77 4.02 ⁰ 16.50 ⁰ 0.6663
72 ⁰ 1.4680 1.2517 118.4 1.78 116.70⁰158.36 ⁰ 2.1882 0.37 ⁰ 1.78 3.98 ⁰ 20.48 ⁰ 0.6717
73 ⁰ 1.4703 1.2705 120.2 1.78 118.46⁰ 158.74 ⁰ 2.1944 0.37 ⁰ 1.78 3.91 ⁰ 24.39 ⁰ 0.6783
74 ⁰ 1.4725 1.2894 122.0 1.79 120.22⁰159.11 ⁰ 2.2007 0.37 ⁰ 1.79 3.84 ⁰ 28.23 ⁰ 0.6859
75 ⁰ 1.4748 1.3084 123.8 1.79 121.99⁰159.48 ⁰ 2.2068 0.37 ⁰ 1.79 3.77 ⁰ 32.00 ⁰ 0.6946
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
76 ⁰ 1.4770 1.3274 125.6 1.80 123.76⁰159.84 ⁰ 2.2128 0.37 ⁰ 1.80 3.68 ⁰ 35.68 ⁰ 0.7043
77 ⁰ 1.4793 1.3464 127.4 1.80 125.54⁰160.21 ⁰ 2.2187 0.37 ⁰ 1.80 3.58 ⁰ 39.26 ⁰ 0.7148
78 ⁰ 1.4816 1.3656 129.2 1.81 127.32⁰160.58 ⁰ 2.2246 0.37 ⁰ 1.81 3.49 ⁰ 42.74 ⁰ 0.7263
79 ⁰ 1.4840 1.3848 131.0 1.82 129.11⁰160.94 ⁰ 2.2304 0.37 ⁰ 1.82 3.39 ⁰ 46.13 ⁰ 0.7386
80 ⁰ 1.4863 1.4040 132.8 1.82 130.91⁰161.31 ⁰ 2.2361 0.37 ⁰ 1.82 3.29 ⁰ 49.42 ⁰ 0.7516
81 ⁰ 1.4887 1.4233 134.6 1.83 132.71⁰161.68 ⁰ 2.2417 0.37 ⁰ 1.83 3.19 ⁰ 52.61 ⁰ 0.7654
82 ⁰ 1.4910 1.4427 136.5 1.83 134.51⁰162.04 ⁰ 2.2472 0.36 ⁰ 1.83 3.06 ⁰ 55.67 ⁰ 0.7796
83 ⁰ 1.4934 1.4621 138.3 1.84 136.32⁰162.40 ⁰ 2.2526 0.36 ⁰ 1.84 2.98 ⁰ 58.64 ⁰ 0.7946
84 ⁰ 1.4958 1.4816 140.2 1.84 138.14⁰162.77 ⁰ 2.2580 0.36 ⁰ 1.84 2.86 ⁰ 61.50 ⁰ 0.8099
85 ⁰ 1.4982 1.5012 142.0 1.85 139.97163.13 ⁰ 2.2632 0.36 ⁰ 1.85 2.77 ⁰ 64.27 ⁰ 0.8258
86 ⁰ 1.5006 1.5208 143.9 1.86 141.79⁰163.49 ⁰ 2.2683 0.36 ⁰ 1.86 2.68 ⁰ 66.94 ⁰ 0.8422
87 ⁰ 1.5031 1.5405 145.7 1.86 143.63⁰163.85 ⁰ 2.2734 0.36 ⁰ 1.86 2.58 ⁰ 69.52 ⁰ 0.8589
88 ⁰ 1.5055 1.5602 147.6 1.87 145.47⁰164.21 ⁰ 2.2784 0.36 ⁰ 1.87 2.49 ⁰ 72.01 ⁰ 0.8760
89 ⁰ 1.5080 1.5800 149.5 1.87 147.32⁰164.57 ⁰ 2.2832 0.36 ⁰ 1.87 2.39 ⁰ 74.40 ⁰ 0.8932
90 ⁰ 1.5104 1.5999 151.4 1.88 149.17⁰164.93 ⁰ 2.2880 0.36 ⁰ 1.88 2.31 ⁰ 76.71 ⁰ 0.9108
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
91 ⁰ 1.5129 1.6198 153.2 1.89 151.03⁰165.29 ⁰ 2.2927 0.36 ⁰ 1.89 2.23 ⁰ 78.94 ⁰ 0.9286
92 ⁰ 1.5154 1.6399 155.1 1.89 152.90⁰165.65 ⁰ 2.2973 0.36 ⁰ 1.89 2.16 ⁰ 81.10 ⁰ 0.9466
93 ⁰ 1.5178 1.6599 157.0 1.90 154.77⁰166.01 ⁰ 2.3017 0.36 ⁰ 1.90 2.08 ⁰ 83.18 ⁰ 0.9648
94 ⁰ 1.5203 1.6801 158.9 1.91 156.65⁰166.37 ⁰ 2.3061 0.36 ⁰ 1.91 2.02 ⁰ 85.20 ⁰ 0.9831
95 ⁰ 1.5228 1.7003 160.8 1.91 158.53⁰166.73 ⁰ 2.3104 0.36 ⁰ 1.91 1.94 ⁰ 87.14 ⁰ 1.0015
96 ⁰ 1.5253 1.7205 162.8 1.92 160.42⁰167.09 ⁰ 2.3146 0.36 ⁰ 1.92 1.88 ⁰ 89.02 ⁰ 1.0200
97 ⁰ 1.5278 1.7409 164.7 1.92 162.32⁰167.45 ⁰ 2.3187 0.36 ⁰ 1.92 1.82 ⁰ 90.83 ⁰ 1.0386
98 ⁰ 1.5303 1.7613 166.6 1.93 164.22⁰167.81 ⁰ 2.3227 0.36 ⁰ 1.93 1.76 ⁰ 92.59 ⁰ 1.0572
99 ⁰ 1.5328 1.7817 168.6 1.94 166.13⁰168.17 ⁰ 2.3266 0.36 ⁰ 1.94 1.71 ⁰ 94.30 ⁰ 1.0759
100 ⁰ 1.5353 1.8023 170.5 1.94 168.04⁰168.52 ⁰ 2.3304 0.36 ⁰ 1.94 1.65 ⁰ 95.94 ⁰ 1.0945
101 ⁰ 1.5378 1.8229 172.4 1.95 169.96⁰168.88 ⁰ 2.3341 0.36 ⁰ 1.95 1.60 ⁰ 97.54 ⁰ 1.1132
102 ⁰ 1.5403 1.8436 174.4 1.96 171.89⁰169.24 ⁰ 2.3377 0.36 ⁰ 1.96 1.56 ⁰ 99.10 ⁰ 1.1319
103 ⁰ 1.5428 1.8643 176.4 1.96 173.82⁰169.60 ⁰ 2.3412 0.36 ⁰ 1.96 1.51 ⁰ 100.61 ⁰ 1.1506
104 ⁰ 1.5453 1.8851 178.3 1.97 175.76⁰169.96 ⁰ 2.3445 0.36 ⁰ 1.97 1.46 ⁰ 102.07 ⁰ 1.1692
105 ⁰ 1.5478 1.9060 180.3 1.97 177.71⁰170.32 ⁰ 2.3478 0.36 ⁰ 1.97 1.42 ⁰ 103.49 ⁰ 1.1877
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
106 ⁰ 1.5503 1.9269 182.3 1.98 179.66⁰170.68 ⁰ 2.3510 0.36 ⁰ 1.98 1.38 ⁰ 104.87 ⁰ 1.2063
107 ⁰ 1.5528 1.9479 184.3 1.99 181.62⁰171.04 ⁰ 2.3540 0.36 ⁰ 1.99 1.35 ⁰ 106.22 ⁰ 1.2248
108 ⁰ 1.5553 1.9690 186.3 1.99 183.59⁰171.40 ⁰ 2.3569 0.36 ⁰ 1.99 1.31 ⁰ 107.53 ⁰ 1.2431
109 ⁰ 1.5578 1.9901 188.3 2.00 185.56⁰171.76 ⁰ 2.3598 0.36 ⁰ 2.00 1.27 ⁰ 108.80 ⁰ 1.2615
110 ⁰ 1.5603 2.0114 190.3 2.01 187.53⁰172.12 ⁰ 2.3625 0.36 ⁰ 2.01 1.25 ⁰ 110.05 ⁰ 1.2798
111 ⁰ 1.5627 2.0326 192.3 2.01 189.52⁰172.48 ⁰ 2.3651 0.36 ⁰ 2.01 1.21 ⁰ 111.26 ⁰ 1.2979
112 ⁰ 1.5652 2.0540 194.3 2.02 191.51⁰172.84 ⁰ 2.3676 0.36 ⁰ 2.02 1.18 ⁰ 112.44 ⁰ 1.3160
113 ⁰ 1.5676 2.0754 196.3 2.03 193.51⁰173.20 ⁰ 2.3700 0.36 ⁰ 2.03 1.16 ⁰ 113.59 ⁰ 1.3340
114 ⁰ 1.5701 2.0969 198.4 2.03 195.51⁰173.56 ⁰ 2.3722 0.36 ⁰ 2.03 1.13 ⁰ 114.72 ⁰ 1.3519
115 ⁰ 1.5725 2.1184 200.4 2.04 197.52⁰173.92 ⁰ 2.3744 0.36 ⁰ 2.04 1.10 ⁰ 115.82 ⁰ 1.3697
116 ⁰ 1.5749 2.1400 202.4 2.04 199.53⁰174.28 ⁰ 2.3764 0.36 ⁰ 2.04 1.07 ⁰ 116.89 ⁰ 1.3873
117 ⁰ 1.5773 2.1617 204.5 2.05 201.55⁰174.65 ⁰ 2.3783 0.36 ⁰ 2.05 1.05 ⁰ 117.95 ⁰ 1.4049
118 ⁰ 1.5797 2.1834 206.6 2.06 203.58⁰175.01 ⁰ 2.3801 0.37 ⁰ 2.06 1.03 ⁰ 118.98 ⁰ 1.4224
119 ⁰ 1.5821 2.2053 208.6 2.06 205.61⁰175.38 ⁰ 2.3818 0.36 ⁰ 2.06 1.01 ⁰ 119.99 ⁰ 1.4397
120 ⁰ 1.5844 2.2271 210.7 2.07 207.65⁰175.74 ⁰ 2.3833 0.37 ⁰ 2.07 0.99 ⁰ 120.97 ⁰ 1.4569
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
121 ⁰ 1.5867 2.2491 212.8 2.08 209.70⁰176.11 ⁰ 2.3847 0.37 ⁰ 2.08 0.97 ⁰ 121.94 ⁰ 1.4740
122 ⁰ 1.5891 2.2711 214.8 2.08 211.75⁰176.47 ⁰ 2.3860 0.37 ⁰ 2.08 0.95 ⁰ 122.89 ⁰ 1.4910
123 ⁰ 1.5914 2.2931 216.9 2.09 213.81⁰176.84 ⁰ 2.3872 0.37 ⁰ 2.09 0.93 ⁰ 123.82 ⁰ 1.5078
124 ⁰ 1.5937 2.3153 219.0 2.09 215.87⁰177.21 ⁰ 2.3883 0.37 ⁰ 2.09 0.91 ⁰ 124.73 ⁰ 1.5245
125 ⁰ 1.5959 2.3375 221.1 2.10 217.94⁰177.58 ⁰ 2.3892 0.37 ⁰ 2.10 0.89 ⁰ 125.62 ⁰ 1.5411
126 ⁰ 1.5982 2.3597 223.2 2.11 220.02⁰177.95 ⁰ 2.3900 0.37 ⁰ 2.11 0.88 ⁰ 126.50 ⁰ 1.5575
127 ⁰ 1.6004 2.3820 225.3 2.11 222.10⁰178.31 ⁰ 2.3906 0.37 ⁰ 2.11 0.86 ⁰ 127.36 ⁰ 1.5738
128 ⁰ 1.6026 2.4044 227.5 2.12 224.18⁰178.69 ⁰ 2.3912 0.37 ⁰ 2.12 0.85 ⁰ 128.21 ⁰ 1.5899
129 ⁰ 1.6047 2.4269 229.6 2.12 226.28⁰179.06 ⁰ 2.3916 0.37 ⁰ 2.12 0.79 ⁰ 129.00 ⁰ 1.6052
130 ⁰ 1.6069 2.4494 231.7 2.13 228.37⁰179.43 ⁰ 2.3919 0.37 ⁰ 2.13 0.81 ⁰ 129.82 ⁰ 1.6210
131 ⁰ 1.6090 2.4719 233.8 2.13 230.48⁰179.80 ⁰ 2.3920 0.37 ⁰ 2.13 0.80 ⁰ 130.62 ⁰ 1.6367
132 ⁰ 1.6111 2.4946 236.0 2.14 232.59⁰180.17 ⁰ 2.3920 0.37 ⁰ 2.14 0.79 ⁰ 131.41 ⁰ 1.6523
133 ⁰ 1.6132 2.5172 238.1 2.15 234.70⁰80.55 ⁰ 2.3919 0.38 ⁰ 2.15 0.78 ⁰ 132.19 ⁰ 1.6678
134 ⁰ 1.6152 2.5400 240.3 2.15 236.82⁰180.93 ⁰ 2.3916 0.38 ⁰ 2.15 0.77 ⁰ 132.96 ⁰ 1.6831
135 ⁰ 1.6172 2.5628 242.4 2.16 238.95⁰181.30 ⁰ 2.3912 0.38 ⁰ 2.16 0.75 ⁰ 133.72 ⁰ 1.6983
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
136 ⁰ 1.6192 2.5856 244.6 2.16 241.08⁰181.68 ⁰ 2.3906 0.38 ⁰ 2.16 0.74 ⁰ 134.46 ⁰ 1.7132
137 ⁰ 1.6212 2.6085 246.8 2.17 243.21⁰182.06 ⁰ 2.3900 0.38 ⁰ 2.17 0.73 ⁰ 135.19 ⁰ 1.7281
138 ⁰ 1.6231 2.6315 248.9 2.17 245.35⁰182.44 ⁰ 2.3891 0.38 ⁰ 2.17 0.72 ⁰ 135.91 ⁰ 1.7427
139 ⁰ 1.6250 2.6545 251.1 2.18 247.50⁰182.83 ⁰ 2.3882 0.38 ⁰ 2.18 0.71 ⁰ 136.62 ⁰ 1.7573
140 ⁰ 1.6268 2.6776 253.3 2.18 249.65⁰183.21 ⁰ 2.3871 0.38 ⁰ 2.18 0.70 ⁰ 137.32 ⁰ 1.7716
141 ⁰ 1.6286 2.7007 255.5 2.19 251.81⁰183.59 ⁰ 2.3858 0.38 ⁰ 2.19 0.69 ⁰ 138.02 ⁰ 1.7859
142 ⁰ 1.6304 2.7239 257.7 2.19 253.97⁰183.98 ⁰ 2.3844 0.39 ⁰ 2.19 0.68 ⁰ 138.70 ⁰ 1.7999
143 ⁰ 1.6322 2.7471 259.9 2.20 256.13⁰184.37 ⁰ 2.3829 0.39 ⁰ 2.20 0.67 ⁰ 139.37 ⁰ 1.8138
144 ⁰ 1.6339 2.7704 262.1 2.20 258.30⁰184.75 ⁰ 2.3812 0.39 ⁰ 2.20 0.66 ⁰ 140.04 ⁰ 1.8276
145 ⁰ 1.6356 2.7937 264.3 2.21 260.48⁰185.14 ⁰ 2.3793 0.39 ⁰ 2.21 0.66 ⁰ 140.69 ⁰ 1.8412
146 ⁰ 1.6372 2.8171 266.5 2.21 262.66⁰185.53 ⁰ 2.3774 0.39 ⁰ 2.21 0.65 ⁰ 141.34 ⁰ 1.8546
147 ⁰ 1.6388 2.8405 268.7 2.21 264.84⁰185.93 ⁰ 2.3752 0.39 ⁰ 2.21 0.64 ⁰ 141.98 ⁰ 1.8678
148 ⁰ 1.6403 2.8639 270.9 2.22 267.03⁰186.32 ⁰ 2.3729 0.39 ⁰ 2.22 0.63 ⁰ 142.61 ⁰ 1.8809
149 ⁰ 1.6419 2.8874 273.2 2.22 269.22⁰186.72 ⁰ 2.3705 0.40 ⁰ 2.22 0.62 ⁰ 143.23 ⁰ 1.8938
150 ⁰ 1.6433 2.9110 275.4 2.23 271.41⁰187.11 ⁰ 2.3679 0.40 ⁰ 2.23 0.62 ⁰ 143.85 ⁰ 1.9066
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
151 ⁰ 1.6448 2.9346 277.6 2.23 273.61⁰187.51 ⁰ 2.3652 0.40 ⁰ 2.23 0.61 ⁰ 144.46 ⁰ 1.9193
152 ⁰ 1.6462 2.9582 279.8 2.24 275.82⁰187.91 ⁰ 2.3623 0.40 ⁰ 2.24 0.60 ⁰ 145.07 ⁰ 1.9317
153 ⁰ 1.6475 2.9819 282.1 2.24 278.02⁰188.31 ⁰ 2.3592 0.40 ⁰ 2.24 0.60 ⁰ 145.66 ⁰ 1.9440
154 ⁰ 1.6488 3.0056 284.3 2.24 280.23⁰188.72 ⁰ 2.3560 0.40 ⁰ 2.24 0.59 ⁰ 146.25 ⁰ 1.9561
155 ⁰ 1.6501 3.0293 286.6 2.25 282.45⁰189.12 ⁰ 2.3527 0.41 ⁰ 2.25 0.59 ⁰ 146.84 ⁰ 1.9681
156 ⁰ 1.6513 3.0531 288.8 2.25 284.66⁰189.53 ⁰ 2.3491 0.41 ⁰ 2.25 0.58 ⁰ 147.42 ⁰ 1.9799
157 ⁰ 1.6525 3.0769 291.1 2.25 286.88⁰189.94 ⁰ 2.3455 0.41 ⁰ 2.25 0.57 ⁰ 147.99 ⁰ 1.9915
158 ⁰ 1.6536 3.1007 293.3 2.26 289.11⁰190.35 ⁰ 2.3416 0.41 ⁰ 2.26 0.57 ⁰ 148.55 ⁰ 2.0029
159 ⁰ 1.6547 3.1246 295.6 2.26 291.33⁰190.76 ⁰ 2.3376 0.41 ⁰ 2.26 0.56 ⁰ 149.11 ⁰ 2.0142
160 ⁰ 1.6557 3.1485 297.9 2.26 293.56⁰191.18 ⁰ 2.3335 0.41 ⁰ 2.26 0.55 ⁰ 149.67 ⁰ 2.0253
161 ⁰ 1.6567 3.1725 300.1 2.26 295.79⁰191.59 ⁰ 2.3292 0.42 ⁰ 2.26 0.55 ⁰ 150.21 ⁰ 2.0363
162 ⁰ 1.6577 3.1964 302.4 2.27 298.03⁰192.01 ⁰ 2.3247 0.42 ⁰ 2.27 0.54 ⁰ 150.76 ⁰ 2.0470
163 ⁰ 1.6586 3.2204 304.7 2.27 300.27⁰192.43 ⁰ 2.3201 0.42 ⁰ 2.27 0.54 ⁰ 151.30 ⁰ 2.0577
164 ⁰ 1.6594 3.2445 306.9 2.27 302.51⁰192.85 ⁰ 2.3153 0.42 ⁰ 2.27 0.53 ⁰ 151.83 ⁰ 2.0681
165 ⁰ 1.6602 3.2685 309.2 2.27 304.75⁰193.28 ⁰ 2.3103 0.42 ⁰ 2.27 0.53 ⁰ 152.36 ⁰ 2.0784
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
166 ⁰ 1.6609 3.2926 311.5 2.28 306.99⁰193.71 ⁰ 2.3052 0.43 ⁰ 2.28 0.53 ⁰ 152.89 ⁰ 2.0885
167 ⁰ 1.6616 3.3166 313.8 2.28 309.24⁰194.14 ⁰ 2.2999 0.43 ⁰ 2.28 0.52 ⁰ 153.41 ⁰ 2.0984
168 ⁰ 1.6623 3.3407 316.0 2.28 311.48⁰194.57 ⁰ 2.2944 0.43 ⁰ 2.28 0.52 ⁰ 153.92 ⁰ 2.1082
169 ⁰ 1.6629 3.3649 318.3 2.28 313.73⁰195.01 ⁰ 2.2888 0.44 ⁰ 2.28 0.51 ⁰ 154.43 ⁰ 2.1178
170 ⁰ 1.6634 3.3890 320.6 2.28 315.98⁰195.44 ⁰ 2.2830 0.44 ⁰ 2.28 0.51 ⁰ 154.94 ⁰ 2.1272
171 ⁰ 1.6639 3.4132 322.9 2.28 318.24⁰195.88 ⁰ 2.2771 0.44 ⁰ 2.28 0.50 ⁰ 155.44 ⁰ 2.1364
172 ⁰ 1.6644 3.4373 325.2 2.29 320.49⁰196.32 ⁰ 2.2710 0.44 ⁰ 2.29 0.50 ⁰ 155.94 ⁰ 2.1455
173 ⁰ 1.6647 3.4615 327.5 2.29 322.74⁰196.77 ⁰ 2.2647 0.44 ⁰ 2.29 0.50 ⁰ 156.43 ⁰ 2.1544
174 ⁰ 1.6651 3.4857 329.7 2.29 325.00⁰197.22 ⁰ 2.2582 0.45 ⁰ 2.29 0.49 ⁰ 156.93 ⁰ 2.1632
175 ⁰ 1.6654 3.5099 332.0 2.29 327.25⁰197.67 ⁰ 2.2516 0.45 ⁰ 2.29 0.49 ⁰ 157.41 ⁰ 2.1718
176 ⁰ 1.6656 3.5341 334.3 2.29 329.51⁰198.12 ⁰ 2.2448 0.45 ⁰ 2.29 0.49 ⁰ 157.90 ⁰ 2.1802
177 ⁰ 1.6658 3.5583 336.6 2.29 331.77⁰198.58 ⁰ 2.2378 0.46 ⁰ 2.29 0.48 ⁰ 158.38 ⁰ 2.1884
178 ⁰ 1.6659 3.5825 338.9 2.29 334.03⁰199.04 ⁰ 2.2307 0.46 ⁰ 2.29 0.48 ⁰ 158.86 ⁰ 2.1965
179 ⁰ 1.6660 3.6068 341.2 2.29 336.29⁰199.50 ⁰ 2.2234 0.46 ⁰ 2.29 0.47 ⁰ 159.33 ⁰ 2.2044
180 ⁰ 1.6660 3.6310 343.5 2.29 338.54⁰199.96 ⁰ 2.2159 0.47 ⁰ 2.29 0.47 ⁰ 159.80 ⁰ 2.2121
♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
181 ⁰ 1.6660 3.6552 345.8 2.29 340.80⁰200.43 ⁰ 2.2083 0.47 ⁰ 2.29 0.47 ⁰ 160.27 ⁰ 2.2196
182 ⁰ 1.6659 3.6794 348.1 2.29 343.06⁰200.90 ⁰ 2.2005 0.47 ⁰ 2.29 0.46 ⁰ 160.73 ⁰ 2.2270
183 ⁰ 1.6658 3.7036 350.4 2.29 345.32⁰201.38 ⁰ 2.1925 0.47 ⁰ 2.29 0.46 ⁰ 161.19 ⁰ 2.2342
184 ⁰ 1.6656 3.7278 352.7 2.29 347.58⁰201.86 ⁰ 2.1844 0.48 ⁰ 2.29 0.46 ⁰ 161.65 ⁰ 2.2413
185 ⁰ 1.6654 3.7521 354.9 2.29 349.83⁰202.34 ⁰ 2.1760 0.48 ⁰ 2.29 0.46 ⁰ 162.10 ⁰ 2.2482
186 ⁰ 1.6651 3.7762 357.2 2.29 352.09⁰202.83 ⁰ 2.1676 0.48 ⁰ 2.29 0.45 ⁰ 162.56 ⁰ 2.2549
187 ⁰ 1.6647 3.8004 359.5 2.29 354.34⁰203.32 ⁰ 2.1589 0.49 ⁰ 2.29 0.45 ⁰ 163.01 ⁰ 2.2614
188 ⁰ 1.6644 3.8246 361.8 2.29 356.60⁰203.81 ⁰ 2.1501 0.49 ⁰ 2.29 0.45 ⁰ 163.45 ⁰ 2.2678
189 ⁰ 1.6639 3.8488 364.1 2.29 358.85⁰204.31 ⁰ 2.1410 0.50 ⁰ 2.29 0.44 ⁰ 163.90 ⁰ 2.2740
190 ⁰ 1.6634 3.8729 366.4 2.28 1.10⁰204.81 ⁰ 2.1319 0.50 ⁰ 2.28 0.44 ⁰ 164.34 ⁰ 2.2800
191 ⁰ 1.6629 3.8971 368.7 2.28 3.36⁰205.31 ⁰ 2.1226 0.50 ⁰ 2.28 0.44 ⁰ 164.77 ⁰ 2.2859
192 ⁰ 1.6623 3.9212 370.9 2.28 5.60⁰205.82 ⁰ 2.1131 0.51 ⁰ 2.28 0.44 ⁰ 165.21 ⁰ 2.2916
193 ⁰ 1.6616 3.9453 373.2 2.28 7.85⁰206.33 ⁰ 2.1034 0.51 ⁰ 2.28 0.43 ⁰ 165.64 ⁰ 2.2971
194 ⁰ 1.6609 3.9694 375.5 2.28 10.10⁰206.85 ⁰ 2.0935 0.52 ⁰ 2.28 0.43 ⁰ 166.08 ⁰ 2.3025
195 ⁰ 1.6602 3.9935 377.8 2.28 12.34⁰207.38 ⁰ 2.0835 0.52 ⁰ 2.28 0.43 ⁰ 166.51 ⁰ 2.3078
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
196 ⁰ 1.6594 4.0175 380.1 2.27 14.58⁰207.90 ⁰ 2.0733 0.53 ⁰ 2.27 0.43 ⁰ 166.93 ⁰ 2.3128
197 ⁰ 1.6586 4.0415 382.3 2.27 16.82⁰208.43 ⁰ 2.0630 0.53 ⁰ 2.27 0.42 ⁰ 167.35 ⁰ 2.3177
198 ⁰ 1.6577 4.0655 384.6 2.27 19.06⁰208.97 ⁰ 2.0525 0.54 ⁰ 2.27 0.42 ⁰ 167.78 ⁰ 2.3224
199 ⁰ 1.6567 4.0895 386.9 2.27 21.29⁰209.51 ⁰ 2.0417 0.54 ⁰ 2.27 0.42 ⁰ 168.20 ⁰ 2.3269
200 ⁰ 1.6557 4.1134 389.1 2.26 23.53⁰210.06 ⁰ 2.0309 0.55 ⁰ 2.26 0.42 ⁰ 168.61 ⁰ 2.3313
201 ⁰ 1.6547 4.1373 391.4 2.26 25.75⁰210.61 ⁰ 2.0199 0.55 ⁰ 2.26 0.42 ⁰ 169.03 ⁰ 2.3355
202 ⁰ 1.6536 4.1612 393.6 2.26 27.98⁰211.17 ⁰ 2.0087 0.56 ⁰ 2.26 0.41 ⁰ 169.44 ⁰ 2.3396
203 ⁰ 1.6525 4.1850 395.9 2.26 30.20⁰211.73 ⁰ 1.9973 0.56 ⁰ 2.26 0.41 ⁰ 169.85 ⁰ 2.3435
204 ⁰ 1.6513 4.2089 398.2 2.25 32.42⁰212.30 ⁰ 1.9857 0.57 ⁰ 2.25 0.41 ⁰ 170.26 ⁰ 2.3473
205 ⁰ 1.6501 4.2326 400.4 2.25 34.64⁰212.87 ⁰ 1.9740 0.57 ⁰ 2.25 0.41 ⁰ 170.67 ⁰ 2.3509
206 ⁰ 1.6488 4.2564 402.7 2.25 36.86⁰213.46 ⁰ 1.9621 0.58 ⁰ 2.25 0.41 ⁰ 171.08 ⁰ 2.3543
207 ⁰ 1.6475 4.2801 404.9 2.24 39.07⁰214.04 ⁰ 1.9501 0.59 ⁰ 2.24 0.40 ⁰ 171.48 ⁰ 2.3576
208 ⁰ 1.6462 4.3038 407.1 2.24 41.27⁰214.63 ⁰ 1.9379 0.59 ⁰ 2.24 0.40 ⁰ 171.88 ⁰ 2.3607
209 ⁰ 1.6448 4.3274 409.4 2.24 43.48⁰215.23 ⁰ 1.9256 0.60 ⁰ 2.24 0.40 ⁰ 172.29 ⁰ 2.3637
210 ⁰ 1.6433 4.3510 411.6 2.23 45.67⁰215.84 ⁰ 1.9131 0.61 ⁰ 2.23 0.40 ⁰ 172.68 ⁰ 2.3665
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
211 ⁰ 1.6419 4.3745 413.8 2.23 47.87⁰216.45 ⁰ 1.9003 0.61 ⁰ 2.23 0.40 ⁰ 173.08 ⁰ 2.3692
212 ⁰ 1.6403 4.3980 416.1 2.22 50.06⁰217.07 ⁰ 1.8875 0.62 ⁰ 2.22 0.40 ⁰ 173.48 ⁰ 2.3717
213 ⁰ 1.6388 4.4215 418.3 2.22 52.25⁰217.70 ⁰ 1.8745 0.63 ⁰ 2.22 0.40 ⁰ 173.87 ⁰ 2.3741
214 ⁰ 1.6372 4.4449 420.5 2.21 54.43⁰218.33 ⁰ 1.8614 0.63 ⁰ 2.21 0.39 ⁰ 174.26 ⁰ 2.3763
215 ⁰ 1.6356 4.4683 422.7 2.21 56.61⁰218.97 ⁰ 1.8481 0.64 ⁰ 2.21 0.39 ⁰ 174.66 ⁰ 2.3783
216 ⁰ 1.6339 4.4916 424.9 2.21 58.78⁰219.63 ⁰ 1.8346 0.65 ⁰ 2.21 0.39 ⁰ 175.05 ⁰ 2.3803
217 ⁰ 1.6322 4.5148 427.1 2.20 60.95⁰220.28 ⁰ 1.8210 0.66 ⁰ 2.20 0.39 ⁰ 175.43 ⁰ 2.3820
218 ⁰ 1.6304 4.5381 429.3 2.20 63.12⁰220.95 ⁰ 1.8071 0.67 ⁰ 2.20 0.39 ⁰ 175.82 ⁰ 2.3836
219 ⁰ 1.6286 4.5612 431.5 2.19 65.28⁰221.63 ⁰ 1.7932 0.68 ⁰ 2.19 0.38 ⁰ 176.21 ⁰ 2.3851
220 ⁰ 1.6268 4.5844 433.7 2.19 67.44⁰222.32 ⁰ 1.7791 0.69 ⁰ 2.19 0.39 ⁰ 176.59 ⁰ 2.3864
221 ⁰ 1.6250 4.6074 435.9 2.18 69.59⁰223.01 ⁰ 1.7648 0.70 ⁰ 2.18 0.38 ⁰ 176.98 ⁰ 2.3876
222 ⁰ 1.6231 4.6304 438.0 2.18 71.73⁰223.72 ⁰ 1.7503 0.71 ⁰ 2.18 0.38 ⁰ 177.36 ⁰ 2.3887
223 ⁰ 1.6212 4.6534 440.2 2.17 73.87⁰224.43 ⁰ 1.7357 0.72 ⁰ 2.17 0.38 ⁰ 177.74 ⁰ 2.3896
224 ⁰ 1.6192 4.6763 442.4 2.17 76.01⁰225.16 ⁰ 1.7210 0.73 ⁰ 2.17 0.38 ⁰ 178.12 ⁰ 2.3903
225 ⁰ 1.6172 4.6992 444.5 2.16 78.14⁰225.90 ⁰ 1.7061 0.74 ⁰ 2.16 0.38 ⁰ 178.50 ⁰ 2.3909
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
226 ⁰ 1.6152 4.7220 446.7 2.16 80.27⁰226.64 ⁰ 1.6911 0.75 ⁰ 2.16 0.38 ⁰ 178.88 ⁰ 2.3914
227 ⁰ 1.6132 4.7447 448.8 2.15 82.39⁰227.40 ⁰ 1.6759 0.76 ⁰ 2.15 0.38 ⁰ 179.25 ⁰ 2.3917
228 ⁰ 1.6111 4.7674 451.0 2.15 84.50⁰228.18 ⁰ 1.6605 0.77 ⁰ 2.15 0.38 ⁰ 179.63 ⁰ 2.3919
229 ⁰ 1.6090 4.7900 453.1 2.14 86.61⁰228.96 ⁰ 1.6450 0.78 ⁰ 2.14 0.38 ⁰ 180.01 ⁰ 2.3920
230 ⁰ 1.6069 4.8126 455.3 2.13 88.71⁰229.76 ⁰ 1.6294 0.80 ⁰ 2.13 0.38 ⁰ 180.38 ⁰ 2.3919
231 ⁰ 1.6047 4.8351 457.4 2.13 90.81⁰231.00 ⁰ 1.6052 0.81 ⁰ 2.13 0.37 ⁰ 180.75 ⁰ 2.3917
232 ⁰ 1.6026 4.8575 459.5 2.12 92.90⁰231.83 ⁰ 1.5892 0.83 ⁰ 2.12 0.37 ⁰ 181.12 ⁰ 2.3914
233 ⁰ 1.6004 4.8799 461.6 2.12 94.99⁰232.68 ⁰ 1.5730 0.85 ⁰ 2.12 0.37 ⁰ 181.50 ⁰ 2.3909
234 ⁰ 1.5982 4.9022 463.8 2.11 97.07⁰233.54 ⁰ 1.5567 0.86 ⁰ 2.11 0.37 ⁰ 181.87 ⁰ 2.3903
235 ⁰ 1.5959 4.9245 465.9 2.11 99.15⁰234.43 ⁰ 1.5402 0.88 ⁰ 2.11 0.37 ⁰ 182.24 ⁰ 2.3896
236 ⁰ 1.5937 4.9467 468.0 2.10 101.22⁰235.32 ⁰ 1.5236 0.90 ⁰ 2.10 0.37 ⁰ 182.61 ⁰ 2.3887
237 ⁰ 1.5914 4.9688 470.0 2.09 103.28⁰236.23 ⁰ 1.5069 0.91 ⁰ 2.09 0.37 ⁰ 182.98 ⁰ 2.3878
238 ⁰ 1.5891 4.9909 472.1 2.09 105.34⁰237.17 ⁰ 1.4900 0.93 ⁰ 2.09 0.37 ⁰ 183.34 ⁰ 2.3866
239 ⁰ 1.5867 5.0129 474.2 2.08 107.39⁰238.12 ⁰ 1.4730 0.95 ⁰ 2.08 0.37 ⁰ 183.71 ⁰ 2.3854
240 ⁰ 1.5844 5.0348 476.3 2.08 109.43⁰239.08 ⁰ 1.4559 0.97 ⁰ 2.08 0.37 ⁰ 184.08 ⁰ 2.3840
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
241 ⁰ 1.5821 5.0567 478.4 2.07 111.47⁰240.08 ⁰ 1.4387 0.99 ⁰ 2.07 0.37 ⁰ 184.44 ⁰ 2.3826
242 ⁰ 1.5797 5.0785 480.4 2.06 113.51⁰241.09 ⁰ 1.4213 1.01 ⁰ 2.06 0.36 ⁰ 184.80 ⁰ 2.3810
243 ⁰ 1.5773 5.1002 482.5 2.06 115.54⁰242.12 ⁰ 1.4038 1.04 ⁰ 2.06 0.36 ⁰ 185.17 ⁰ 2.3792
244 ⁰ 1.5749 5.1219 484.5 2.05 117.56⁰243.17 ⁰ 1.3862 1.05 ⁰ 2.05 0.36 ⁰ 185.53 ⁰ 2.3774
245 ⁰ 1.5725 5.1435 486.6 2.04 119.57⁰244.25 ⁰ 1.3686 1.08 ⁰ 2.04 0.36 ⁰ 185.89 ⁰ 2.3754
246 ⁰ 1.5701 5.1651 488.6 2.04 121.58⁰245.35 ⁰ 1.3508 1.10 ⁰ 2.04 0.36 ⁰ 186.25 ⁰ 2.3733
247 ⁰ 1.5676 5.1866 490.6 2.03 123.58⁰246.48 ⁰ 1.3329 1.13 ⁰ 2.03 0.36 ⁰ 186.62 ⁰ 2.3711
248 ⁰ 1.5652 5.2080 492.7 2.03 125.58⁰247.63 ⁰ 1.3149 1.16 ⁰ 2.03 0.36 ⁰ 186.98 ⁰ 2.3688
249 ⁰ 1.5627 5.2293 494.7 2.02 127.57⁰248.82 ⁰ 1.2968 1.18 ⁰ 2.02 0.36 ⁰ 187.34 ⁰ 2.3664
250 ⁰ 1.5603 5.2506 496.7 2.01 129.55⁰250.03 ⁰ 1.2787 1.21 ⁰ 2.01 0.36 ⁰ 187.70 ⁰ 2.3639
251 ⁰ 1.5578 5.2718 498.7 2.01 131.53⁰251.28 ⁰ 1.2604 1.25 ⁰ 2.01 0.36 ⁰ 188.06 ⁰ 2.3612
252 ⁰ 1.5553 5.2929 500.7 2.00 133.50⁰252.56 ⁰ 1.2420 1.28 ⁰ 2.00 0.36 ⁰ 188.42 ⁰ 2.3584
253 ⁰ 1.5528 5.3140 502.7 1.99 135.47⁰253.87 ⁰ 1.2236 1.31 ⁰ 1.99 0.36 ⁰ 188.78 ⁰ 2.3556
254 ⁰ 1.5503 5.3350 504.7 1.99 137.43⁰255.21 ⁰ 1.2051 1.35 ⁰ 1.99 0.36 ⁰ 189.13 ⁰ 2.3526
255 ⁰ 1.5478 5.3560 506.7 1.98 139.38⁰256.60 ⁰ 1.1866 1.39 ⁰ 1.98 0.36 ⁰ 189.49 ⁰ 2.3495
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
256 ⁰ 1.5453 5.3768 508.6 1.97 141.32⁰258.02 ⁰ 1.1681 1.42 ⁰ 1.97 0.36 ⁰ 189.85 ⁰ 2.3463
257 ⁰ 1.5428 5.3976 510.6 1.97 143.26⁰259.49 ⁰ 1.1494 1.47 ⁰ 1.97 0.36 ⁰ 190.21 ⁰ 2.3430
258 ⁰ 1.5403 5.4184 512.6 1.96 145.20⁰261.00 ⁰ 1.1308 1.51 ⁰ 1.96 0.36 ⁰ 190.57 ⁰ 2.3395
259 ⁰ 1.5378 5.4391 514.5 1.96 147.13⁰262.56 ⁰ 1.1120 1.56 ⁰ 1.96 0.36 ⁰ 190.93 ⁰ 2.3360
260 ⁰ 1.5353 5.4597 516.5 1.95 149.05⁰264.16 ⁰ 1.0933 1.61 ⁰ 1.95 0.36 ⁰ 191.28 ⁰ 2.3324
261 ⁰ 1.5328 5.4802 518.4 1.94 150.96⁰265.81 ⁰ 1.0747 1.65 ⁰ 1.94 0.36 ⁰ 191.64 ⁰ 2.3287
262 ⁰ 1.5303 5.5007 520.4 1.94 152.87⁰267.52 ⁰ 1.0560 1.71 ⁰ 1.94 0.36 ⁰ 192.00 ⁰ 2.3248
263 ⁰ 1.5278 5.5211 522.3 1.93 154.77⁰269.29 ⁰ 1.0373 1.77 ⁰ 1.93 0.36 ⁰ 192.36 ⁰ 2.3209
264 ⁰ 1.5253 5.5414 524.2 1.92 156.67⁰271.11 ⁰ 1.0188 1.82 ⁰ 1.92 0.36 ⁰ 192.72 ⁰ 2.3169
265 ⁰ 1.5228 5.5617 526.1 1.92 158.56⁰272.99 ⁰ 1.0003 1.88 ⁰ 1.92 0.36 ⁰ 193.07 ⁰ 2.3127
266 ⁰ 1.5203 5.5819 528.0 1.91 160.44⁰274.94 ⁰ 0.9819 1.94 ⁰ 1.91 0.36 ⁰ 193.43 ⁰ 2.3085
267 ⁰ 1.5178 5.6020 530.0 1.91 162.32⁰276.96 ⁰ 0.9636 2.02 ⁰ 1.91 0.36 ⁰ 193.79 ⁰ 2.3042
268 ⁰ 1.5154 5.6221 531.9 1.90 164.19⁰279.04 ⁰ 0.9454 2.09 ⁰ 1.90 0.36 ⁰ 194.15 ⁰ 2.2998
269 ⁰ 1.5129 5.6421 533.7 1.89 166.06⁰281.20 ⁰ 0.9274 2.16 ⁰ 1.89 0.36 ⁰ 194.51 ⁰ 2.2952
270 ⁰ 1.5104 5.6620 535.6 1.89 167.92⁰283.44 ⁰ 0.9096 2.24 ⁰ 1.89 0.36 ⁰ 194.87 ⁰ 2.2906
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
271 ⁰ 1.5080 5.6819 537.5 1.88 169.77⁰285.64 ⁰ 0.8929 2.20 ⁰ 1.88 0.36 ⁰ 195.23 ⁰ 2.2859
272 ⁰ 1.5055 5.7017 539.4 1.87 171.62⁰287.93 ⁰ 0.8764 2.29 ⁰ 1.87 0.36 ⁰ 195.59 ⁰ 2.2811
273 ⁰ 1.5031 5.7215 541.3 1.87 173.46⁰290.30 ⁰ 0.8601 2.37 ⁰ 1.87 0.36 ⁰ 195.95 ⁰ 2.2762
274 ⁰ 1.5006 5.7412 543.1 1.86 175.29⁰292.75 ⁰ 0.8441 2.45 ⁰ 1.86 0.36 ⁰ 196.31 ⁰ 2.2712
275 ⁰ 1.4982 5.7608 545.0 1.86 177.12⁰295.28 ⁰ 0.8286 2.53 ⁰ 1.86 0.36 ⁰ 196.67 ⁰ 2.2661
276 ⁰ 1.4958 5.7803 546.8 1.85 178.95⁰297.90 ⁰ 0.8133 2.62 ⁰ 1.85 0.36 ⁰ 197.03 ⁰ 2.2609
277 ⁰ 1.4934 5.7998 548.7 1.84 180.76⁰300.62 ⁰ 0.7984 2.72 ⁰ 1.84 0.36 ⁰ 197.39 ⁰ 2.2557
278 ⁰ 1.4910 5.8193 550.5 1.84 182.58⁰03.44 ⁰ 0.7840 2.82 ⁰ 1.84 0.36 ⁰ 197.75 ⁰ 2.2503
279 ⁰ 1.4887 5.8386 552.3 1.83 184.38⁰06.34 ⁰ 0.7701 2.90 ⁰ 1.83 0.36 ⁰ 198.12 ⁰ 2.2449
280 ⁰ 1.4863 5.8579 554.2 1.83 186.18⁰309.35 ⁰ 0.7568 3.01 ⁰ 1.83 0.36 ⁰ 198.48 ⁰ 2.2393
281 ⁰ 1.4840 5.8772 556.0 1.82 187.98⁰312.44 ⁰ 0.7441 3.09 ⁰ 1.82 0.37 ⁰ 198.85 ⁰ 2.2337
282 ⁰ 1.4816 5.8964 557.8 1.82 189.77⁰315.63 ⁰ 0.7320 3.19 ⁰ 1.82 0.37 ⁰ 199.21 ⁰ 2.2280
283 ⁰ 1.4793 5.9155 559.6 1.81 191.55⁰18.91 ⁰ 0.7207 3.28 ⁰ 1.81 0.36 ⁰ 199.58 ⁰ 2.2222
284 ⁰ 1.4770 5.9346 561.4 1.80 193.33⁰322.30 ⁰ 0.7101 3.39 ⁰ 1.80 0.37 ⁰ 199.94 ⁰ 2.2163
285 ⁰ 1.4748 5.9536 563.2 1.80 195.10⁰325.77 ⁰ 0.7003 3.47 ⁰ 1.80 0.37 ⁰ 200.31 ⁰ 2.2103
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
286 ⁰ 1.4725 5.9725 565.0 1.79 196.87⁰329.47 ⁰ 0.6911 3.70 ⁰ 1.79 0.37 ⁰ 200.68 ⁰ 2.2043
287 ⁰ 1.4703 5.9914 566.8 1.79 198.63⁰333.26 ⁰ 0.6828 3.79 ⁰ 1.79 0.37 ⁰ 201.05 ⁰ 2.1981
288 ⁰ 1.4680 6.0103 568.6 1.78 200.38⁰337.12 ⁰ 0.6756 3.87 ⁰ 1.78 0.37 ⁰ 201.42 ⁰ 2.1919
289 ⁰ 1.4658 6.0290 570.3 1.78 202.13⁰341.05 ⁰ 0.6695 3.93 ⁰ 1.78 0.37 ⁰ 201.79 ⁰ 2.1855
290 ⁰ 1.4637 6.0478 572.1 1.77 203.88⁰345.03 ⁰ 0.6645 3.98 ⁰ 1.77 0.37 ⁰ 202.16 ⁰ 2.1791
291 ⁰ 1.4615 6.0664 573.9 1.77 205.62⁰349.06 ⁰ 0.6607 4.03 ⁰ 1.77 0.37 ⁰ 202.54 ⁰ 2.1726
292 ⁰ 1.4594 6.0850 575.6 1.76 207.36⁰353.11 ⁰ 0.6580 4.06 ⁰ 1.76 0.37 ⁰ 202.91 ⁰ 2.1661
293 ⁰ 1.4572 6.1036 577.4 1.76 209.09⁰357.19 ⁰ 0.6566 4.08 ⁰ 1.76 0.38 ⁰ 203.29 ⁰ 2.1594
294 ⁰ 1.4551 6.1221 579.2 1.75 210.81⁰1.26 ⁰ 0.6564 4.07 ⁰ 1.75 0.38 ⁰ 203.66 ⁰ 2.1527
295 ⁰ 1.4531 6.1406 580.9 1.75 212.53⁰5.33 ⁰ 0.6573 4.07 ⁰ 1.75 0.38 ⁰ 204.04 ⁰ 2.1459
296 ⁰ 1.4510 6.1590 582.6 1.74 214.25⁰9.35 ⁰ 0.6595 4.02 ⁰ 1.74 0.38 ⁰ 204.42 ⁰ 2.1390
297 ⁰ 1.4490 6.1773 584.4 1.74 215.96⁰13.33 ⁰ 0.6628 3.98 ⁰ 1.74 0.38 ⁰ 204.80 ⁰ 2.1320
298 ⁰ 1.4470 6.1956 586.1 1.73 217.66⁰17.25 ⁰ 0.6672 3.92 ⁰ 1.73 0.38 ⁰ 205.19 ⁰ 2.1249
299 ⁰ 1.4450 6.2138 587.8 1.73 219.37⁰21.11 ⁰ 0.6727 3.86 ⁰ 1.73 0.38 ⁰ 205.57 ⁰ 2.1178
300 ⁰ 1.4430 6.2320 589.6 1.72 221.06⁰24.88 ⁰ 0.6792 3.77 ⁰ 1.72 0.38 ⁰ 205.95 ⁰ 2.1106
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
301 ⁰ 1.4411 6.2502 591.3 1.72 222.75⁰28.58 ⁰ 0.6867 3.70 ⁰ 1.72 0.39 ⁰ 206.34 ⁰ 2.1032
302 ⁰ 1.4392 6.2683 593.0 1.71 224.44⁰32.17 ⁰ 0.6950 3.59 ⁰ 1.71 0.39 ⁰ 206.73 ⁰ 2.0958
303 ⁰ 1.4373 6.2863 594.7 1.71 226.12⁰35.66 ⁰ 0.7042 3.49 ⁰ 1.71 0.39 ⁰ 207.12 ⁰ 2.0884
304 ⁰ 1.4355 6.3043 596.4 1.70 227.80⁰39.05 ⁰ 0.7142 3.39 ⁰ 1.70 0.39 ⁰ 207.51 ⁰ 2.0808
305 ⁰ 1.4336 6.3223 598.1 1.70 229.48⁰42.33 ⁰ 0.7249 3.28 ⁰ 1.70 0.39 ⁰ 207.91 ⁰ 2.0732
306 ⁰ 1.4318 6.3402 599.8 1.69 231.15⁰45.50 ⁰ 0.7362 3.17 ⁰ 1.69 0.39 ⁰ 208.30 ⁰ 2.0656
307 ⁰ 1.4300 6.3581 601.5 1.69 232.81⁰48.57 ⁰ 0.7481 3.07 ⁰ 1.69 0.40 ⁰ 208.70 ⁰ 2.0577
308 ⁰ 1.4283 6.3759 603.2 1.69 234.48⁰51.55 ⁰ 0.7607 2.98 ⁰ 1.69 0.40 ⁰ 209.10 ⁰ 2.0499
309 ⁰ 1.4266 6.3937 604.8 1.68 236.13⁰54.40 ⁰ 0.7736 2.85 ⁰ 1.68 0.40 ⁰ 209.50 ⁰ 2.0419
310 ⁰ 1.4249 6.4114 606.5 1.68 237.79⁰57.16 ⁰ 0.7870 2.76 ⁰ 1.68 0.40 ⁰ 209.91 ⁰ 2.0339
311 ⁰ 1.4232 6.4291 608.2 1.67 239.44⁰59.80 ⁰ 0.8007 2.65 ⁰ 1.67 0.41 ⁰ 210.31 ⁰ 2.0258
312 ⁰ 1.4216 6.4468 609.9 1.67 241.08⁰62.36 ⁰ 0.8147 2.56 ⁰ 1.67 0.41 ⁰ 210.72 ⁰ 2.0176
313 ⁰ 1.4200 6.4644 611.5 1.67 242.73⁰64.83 ⁰ 0.8292 2.48 ⁰ 1.67 0.41 ⁰ 211.13 ⁰ 2.0094
314 ⁰ 1.4184 6.4820 613.2 1.66 244.37⁰67.21 ⁰ 0.8439 2.38 ⁰ 1.66 0.41 ⁰ 211.54 ⁰ 2.0010
315 ⁰ 1.4168 6.4995 614.9 1.66 246.00⁰69.50 ⁰ 0.8588 2.29 ⁰ 1.66 0.42 ⁰ 211.96 ⁰ 1.9926
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
316 ⁰ 1.4153 6.5170 616.5 1.66 247.63⁰71.71 ⁰ 0.8738 2.21 ⁰ 1.66 0.42 ⁰ 212.38 ⁰ 1.9841
317 ⁰ 1.4138 6.5345 618.2 1.65 249.26⁰73.84 ⁰ 0.8891 2.13 ⁰ 1.65 0.42 ⁰ 212.80 ⁰ 1.9755
318 ⁰ 1.4124 6.5519 619.8 1.65 250.88⁰75.89 ⁰ 0.9045 2.05 ⁰ 1.65 0.43 ⁰ 213.23 ⁰ 1.9668
319 ⁰ 1.4110 6.5693 621.5 1.65 252.51⁰77.87 ⁰ 0.9199 1.98 ⁰ 1.65 0.43 ⁰ 213.66 ⁰ 1.9580
320 ⁰ 1.4096 6.5866 623.1 1.64 254.12⁰79.78 ⁰ 0.9355 1.91 ⁰ 1.64 0.43 ⁰ 214.09 ⁰ 1.9492
321 ⁰ 1.4082 6.6040 624.7 1.64 255.74⁰81.62 ⁰ 0.9511 1.84 ⁰ 1.64 0.43 ⁰ 214.52 ⁰ 1.9403
322 ⁰ 1.4069 6.6213 626.4 1.64 257.35⁰83.40 ⁰ 0.9667 1.78 ⁰ 1.64 0.44 ⁰ 214.96 ⁰ 1.9313
323 ⁰ 1.4056 6.6385 628.0 1.63 258.96⁰85.12 ⁰ 0.9824 1.72 ⁰ 1.63 0.44 ⁰ 215.40 ⁰ 1.9222
324 ⁰ 1.4043 6.6557 629.6 1.63 260.57⁰86.78 ⁰ 0.9981 1.66 ⁰ 1.63 0.44 ⁰ 215.84 ⁰ 1.9130
325 ⁰ 1.4031 6.6729 631.3 1.63 262.17⁰88.39 ⁰ 1.0138 1.61 ⁰ 1.63 0.45 ⁰ 216.29 ⁰ 1.9038
326 ⁰ 1.4019 6.6901 632.9 1.62 263.77⁰89.94 ⁰ 1.0294 1.55 ⁰ 1.62 0.45 ⁰ 216.74 ⁰ 1.8945
327 ⁰ 1.4007 6.7072 634.5 1.62 265.37⁰91.45 ⁰ 1.0450 1.51 ⁰ 1.62 0.45 ⁰ 217.19 ⁰ 1.8851
328 ⁰ 1.3996 6.7243 636.1 1.62 266.96⁰92.91 ⁰ 1.0607 1.47 ⁰ 1.62 0.46 ⁰ 217.65 ⁰ 1.8756
329 ⁰ 1.3985 6.7414 637.7 1.62 268.56⁰94.33 ⁰ 1.0762 1.42 ⁰ 1.62 0.46 ⁰ 218.11 ⁰ 1.8660
330 ⁰ 1.3974 6.7585 639.4 1.61 270.15⁰95.70 ⁰ 1.0917 1.37 ⁰ 1.61 0.47 ⁰ 218.58 ⁰ 1.8563
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
331 ⁰ 1.3964 6.7755 641.0 1.61 271.73⁰97.03 ⁰ 1.1072 1.33 ⁰ 1.61 0.47 ⁰ 219.05 ⁰ 1.8466
332 ⁰ 1.3954 6.7925 642.6 1.61 273.32⁰98.33 ⁰ 1.1226 1.30 ⁰ 1.61 0.47 ⁰ 219.52 ⁰ 1.8367
333 ⁰ 1.3944 6.8095 644.2 1.61 274.90⁰99.59 ⁰ 1.1379 1.26 ⁰ 1.61 0.48 ⁰ 220.00 ⁰ 1.8268
334 ⁰ 1.3934 6.8264 645.8 1.60 276.48⁰100.813 ⁰ 1.1532 1.22 ⁰ 1.60 0.48 ⁰ 220.48 ⁰ 1.8168
335 ⁰ 1.3925 6.8434 647.4 1.60 278.06⁰102.00 ⁰ 1.1683 1.19 ⁰ 1.60 0.49 ⁰ 220.97 ⁰ 1.8067
336 ⁰ 1.3917 6.8603 649.0 1.60 279.64⁰103.16 ⁰ 1.1834 1.16 ⁰ 1.60 0.49 ⁰ 221.47 ⁰ 1.7966
337 ⁰ 1.3908 6.8772 650.6 1.60 281.21⁰104.29 ⁰ 1.1984 1.13 ⁰ 1.60 0.50 ⁰ 221.97 ⁰ 1.7862
338 ⁰ 1.3900 6.8940 652.2 1.60 282.79⁰105.39 ⁰ 1.2133 1.10 ⁰ 1.60 0.50 ⁰ 222.47 ⁰ 1.7759
339 ⁰ 1.3893 6.9109 653.8 1.59 284.36⁰106.46 ⁰ 1.2281 1.07 ⁰ 1.59 0.51 ⁰ 222.98 ⁰ 1.7654
340 ⁰ 1.3886 6.9277 655.4 1.59 285.93⁰107.50 ⁰ 1.2428 1.04 ⁰ 1.59 0.51 ⁰ 223.49 ⁰ 1.7549
341 ⁰ 1.3879 6.9446 657.0 1.59 287.50⁰108.52 ⁰ 1.2573 1.02 ⁰ 1.59 0.52 ⁰ 224.01 ⁰ 1.7443
342 ⁰ 1.3872 6.9614 658.5 1.59 289.06⁰109.51 ⁰ 1.2719 1.00 ⁰ 1.59 0.53 ⁰ 224.54 ⁰ 1.7336
343 ⁰ 1.3866 6.9781 660.1 1.59 290.63⁰110.49 ⁰ 1.2863 0.97 ⁰ 1.59 0.53 ⁰ 225.07 ⁰ 1.7227
344 ⁰ 1.3860 6.9949 661.7 1.59 292.19⁰11.44 ⁰ 1.3006 0.95 ⁰ 1.59 0.54 ⁰ 225.61 ⁰ 1.7118
345 ⁰ 1.3854 7.0117 663.3 1.59 293.75⁰112.37 ⁰ 1.3149 0.93 ⁰ 1.59 0.55 ⁰ 226.16 ⁰ 1.7008
θ♂ R♂(AU) A♂(AU)2 T (dy) Δt♂(dy) θꚚ θC1 RC1(AU) ∆θC1 ΔtCy(dy) ∆θC2 θC2 RC2(AU)
346 ⁰ 1.3849 7.0284 664.9 1.58 295.31⁰113.27 ⁰ 1.3289 0.90 ⁰ 1.58 0.55 ⁰ 226.71 ⁰ 1.6898
347 ⁰ 1.3844 7.0451 666.5 1.58 296.87⁰114.155 ⁰ 1.3429 0.89 ⁰ 1.58 0.56 ⁰ 227.27 ⁰ 1.6786
348 ⁰ 1.3840 7.0619 668.1 1.58 298.43⁰115.025 ⁰ 1.3568 0.87 ⁰ 1.58 0.56 ⁰ 227.83 ⁰ 1.6673
349 ⁰ 1.3836 7.0786 669.6 1.58 299.99⁰115.875 ⁰ 1.3706 0.85 ⁰ 1.58 0.57 ⁰ 228.40 ⁰ 1.6560
350 ⁰ 1.3832 7.0953 671.2 1.58 301.55⁰116.71 ⁰ 1.3843 0.83 ⁰ 1.58 0.58 ⁰ 228.98 ⁰ 1.6445
351 ⁰ 1.3829 7.1120 672.8 1.58 303.10⁰117.53 ⁰ 1.3978 0.82 ⁰ 1.58 0.59 ⁰ 229.57 ⁰ 1.6330
352 ⁰ 1.3825 7.1286 674.4 1.58 304.66⁰118.33 ⁰ 1.4113 0.80 ⁰ 1.58 0.60 ⁰ 230.17 ⁰ 1.6213
353 ⁰ 1.3823 7.1453 675.9 1.58 306.21⁰119.12 ⁰ 1.4247 0.79 ⁰ 1.58 0.61 ⁰ 230.78 ⁰ 1.6095
354 ⁰ 1.3820 7.1620 677.5 1.58 307.77⁰119.89 ⁰ 1.4380 0.77 ⁰ 1.58 0.61 ⁰ 231.39 ⁰ 1.5977
355 ⁰ 1.3818 7.1787 679.1 1.58 309.32⁰120.64 ⁰ 1.4512 0.76 ⁰ 1.58 0.62 ⁰ 232.02 ⁰ 1.5857
356 ⁰ 1.3817 7.1953 680.7 1.58 310.88⁰121.39 ⁰ 1.4642 0.74 ⁰ 1.58 0.63 ⁰ 232.65 ⁰ 1.5736
357 ⁰ 1.3816 7.2120 682.3 1.58 312.43⁰122.12 ⁰ 1.4772 0.73 ⁰ 1.58 0.64 ⁰ 233.29 ⁰ 1.5615
358 ⁰ 1.3815 7.2286 683.8 1.58 313.98⁰122.84 ⁰ 1.4901 0.72 ⁰ 1.58 0.65 ⁰ 233.94 ⁰ 1.5492
359 ⁰ 1.3814 7.2453 685.4 1.58 315.54⁰123.55 ⁰ 1.5029 0.70 ⁰ 1.58 0.66 ⁰ 234.61 ⁰ 1.5368
360 ⁰ 1.3814 7.2619 687.0 1.58 317.09⁰124.24 ⁰ 1.5156 0.69 ⁰ 1.58 0.68 ⁰ 235.28 ⁰ 1.5243
1°
incr. 		ℓ♂
1+e♂cosθ 		∫𝑅(θ)²dθ
2 		A♂
∝
T 		Ti -
Ti-1		 0.9856°
day 		Numerical
Methods		 ℓC1
1+eC1cosθ 		θi -
θi-1		 ∆AC1∝ ∆t
∆tC1=∆tC2
∆t ∝∆AC2		θi -
θi-1		Numerical
Methods		 ℓC2
1+eC2cosθ
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posted by JimODell at 1:09 AM

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