Table 5. Eigenvalues and singular values... | Emerald Publishing

Table 5.

Eigenvalues and singular values with characterizing the distribution of the variables studied the degree of explanation of total inertia in the original and modified versions

K	Eigenvalues γ_k	Singular values λ_k	(%) of inertia λ_k/λ	Cumulative (%) τ_k	Eigenvalues λ˜_k	(%) of inertia λ˜_k/λ˜	Cumulative (%) τ˜_k
1	0.2461	0.4961	24.61	24.61	0.2091	31.57	31.57
2	0.1361	0.3689	13.61	38.22	0.1027	15.49	47.06
3	0.1040	0.3226	10.40	48.63	0.0731	11.04	58.10
4	0.0839	0.2897	8.39	57.02	0.0553	8.34	66.44
5	0.0718	0.2679	7.18	64.19	0.0448	6.76	73.20
6	0.0637	0.2525	6.37	70.57	0.0380	5.74	78.93
7	0.0620	0.2490	6.20	76.77	0.0366	5.52	84.45
8	0.0488	0.2208	4.88	81.64	0.0259	3.91	88.36
9	0.0448	0.2117	4.48	86.12	0.0228	3.44	91.80
10	0.0413	0.2032	4.13	90.25	0.0201	3.04	94.84
11	0.0342	0.1850	3.42	93.67	0.0150	2.26	97.09
12	0.0261	0.1617	2.61	96.29	0.0094	1.43	98.52
13	0.0203	0.1425	2.03	98.32	0.0059	0.89	99.41
14	0.0168	0.1297	1.68	100.00	0.0039	0.59	100.00
					${\tilde{λ}}_{k} = 1.0000$

K	Eigenvaluesγ_k	Singular valuesλ_k	(%) of inertiaλ_k/λ	Cumulative (%)τ_k	Eigenvaluesλ˜_k	(%) of inertiaλ˜_k/λ˜	Cumulative (%)τ˜_k
1	0.2461	0.4961	24.61	24.61	0.2091	31.57	31.57
2	0.1361	0.3689	13.61	38.22	0.1027	15.49	47.06
3	0.1040	0.3226	10.40	48.63	0.0731	11.04	58.10
4	0.0839	0.2897	8.39	57.02	0.0553	8.34	66.44
5	0.0718	0.2679	7.18	64.19	0.0448	6.76	73.20
6	0.0637	0.2525	6.37	70.57	0.0380	5.74	78.93
7	0.0620	0.2490	6.20	76.77	0.0366	5.52	84.45
8	0.0488	0.2208	4.88	81.64	0.0259	3.91	88.36
9	0.0448	0.2117	4.48	86.12	0.0228	3.44	91.80
10	0.0413	0.2032	4.13	90.25	0.0201	3.04	94.84
11	0.0342	0.1850	3.42	93.67	0.0150	2.26	97.09
12	0.0261	0.1617	2.61	96.29	0.0094	1.43	98.52
13	0.0203	0.1425	2.03	98.32	0.0059	0.89	99.41
14	0.0168	0.1297	1.68	100.00	0.0039	0.59	100.00
					${\tilde{λ}}_{k} = 1.0000$

Source: Own elaboration