Table 6: Frequency decomposition of the eccentricity of the Earth on the time interval [-15,+5] Myr. For all computations, the data of Table 4 should be preferred. Here, $e = e_0 +\sum_{k=1}^{20} b'_k~\cos(\mu'_k~ t + \varphi_k)$ with e₀=0.0275579. For each term, in the first column is the corresponding combination of frequencies where g_i are the fundamental frequencies (Table 3), and $\mu _j$ the frequencies of the terms in z from Table 4.
k $\mu'_k$ (''/yr) P (yr) b'_k $\varphi_k'$ (degree)

1 g₂-g₅ 3.199279 405 091 0.010739 170.739

2 g₄-g₅ 13.651920 94 932 0.008147 109.891

3 g₄-g₂ 10.456224 123 945 0.006222 -60.044

4 g₃-g₅ 13.109803 98 857 0.005287 -86.140

5 g₃-g₂ 9.909679 130 781 0.004492 100.224

6 $\mu_7-\mu_6$ 0.546076 2 373 298 0.002967 -168.784

7 g₁-g₅ 1.325696 977 600 0.002818 57.718

8 g₄-g₁ 12.325286 105 150 0.002050 49.546

9 $g_2-g_5 +\mu_6-\mu_7$ 2.665308 486 248 0.001971 148.774

10 g₂-g₁ 1.883616 688 038 0.001797 137.155

11 $\mu_6-g_5$ 12.856520 100 805 0.002074 24.487

12 g₂+g₄-2g₅ 16.851127 76 909 0.001525 102.380

13 $\mu_6-g_2$ 9.650041 134 300 0.001491 -167.676

14 2g₃-g₄-g₅ 12.563233 103 158 0.001316 69.234

15 2g₄-g₂-g₃ 10.975914 118 077 0.001309 -51.163

16 g₁-g₃ 11.788709 109 936 0.001300 -146.081

17 $\mu_7-g_2$ 10.194846 127 123 0.001306 -139.827

18 g₃+g₄-g₂-g₅ 23.562689 55 002 0.001261 30.098

19 $\mu_7-g_5$ 13.398519 96 727 0.001344 27.612

20 g₂+g₄-g₃-g₅ 3.742221 346 318 0.001058 178.662

**Table 6:** Frequency decomposition of the eccentricity of the Earth on the time interval [-15,+5] Myr. For all computations, the data of Table 4 should be preferred. Here, $e = e_0 +\sum_{k=1}^{20} b'_k~\cos(\mu'_k~ t + \varphi_k)$ with e₀=0.0275579. For each term, in the first column is the corresponding combination of frequencies where g_i are the fundamental frequencies (Table 3), and $\mu _j$ the frequencies of the terms in z from Table 4.
k		$\mu'_k$ (''/yr)	P (yr)	b'_k	$\varphi_k'$ (degree)
1	g₂-g₅	3.199279	405 091	0.010739	170.739
2	g₄-g₅	13.651920	94 932	0.008147	109.891
3	g₄-g₂	10.456224	123 945	0.006222	-60.044
4	g₃-g₅	13.109803	98 857	0.005287	-86.140
5	g₃-g₂	9.909679	130 781	0.004492	100.224
6	$\mu_7-\mu_6$	0.546076	2 373 298	0.002967	-168.784
7	g₁-g₅	1.325696	977 600	0.002818	57.718
8	g₄-g₁	12.325286	105 150	0.002050	49.546
9	$g_2-g_5 +\mu_6-\mu_7$	2.665308	486 248	0.001971	148.774
10	g₂-g₁	1.883616	688 038	0.001797	137.155
11	$\mu_6-g_5$	12.856520	100 805	0.002074	24.487
12	g₂+g₄-2g₅	16.851127	76 909	0.001525	102.380
13	$\mu_6-g_2$	9.650041	134 300	0.001491	-167.676
14	2g₃-g₄-g₅	12.563233	103 158	0.001316	69.234
15	2g₄-g₂-g₃	10.975914	118 077	0.001309	-51.163
16	g₁-g₃	11.788709	109 936	0.001300	-146.081
17	$\mu_7-g_2$	10.194846	127 123	0.001306	-139.827
18	g₃+g₄-g₂-g₅	23.562689	55 002	0.001261	30.098
19	$\mu_7-g_5$	13.398519	96 727	0.001344	27.612
20	g₂+g₄-g₃-g₅	3.742221	346 318	0.001058	178.662

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