Empirical models of Jupiter’s interior from Juno data - Moment of inertia and tidal Love number k2

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Table 2

Jupiter’s core properties, equatorial radius, and gravitational harmonic coefficients, compared with the available observed data.

m_C	x_C	ρ_C	R_e	J₂	J₄	J₆	J₈
(M_J)	(R_p)	(g cm⁻³)	(km)	×10⁶	×10⁶	×10⁶	×10⁶

data			71492 ± 4	14696.514 ± 0.272	− 586.623 ± 0.363	34.244 ± 0.236	− 2.502 ± 0.311
0.100	0.164	30.0^a	71492.6	14696.513	586.991	32.696	2.807
0.010	0.076	30.0^a	71492.6	14696.519	586.899	33.047	2.864
0.126^b	0.200	20.9	71492.6	14696.513	587.012	32.638	2.796
0.126^b	0.300	6.19	71492.6	14696.511	586.832	33.170	2.883
0.100	0.289	5.49^c	71492.6	14696.514	586.836	33.295	2.904
0.010	0.108	10.5^c	71492.6	14696.510	586.891	33.082	2.869

Notes. ^(a) This corresponds to Case (1) with the maximum core density ρ_C = 30 g cm⁻³. ^(b) This corresponds to Case (2) with the maximum core mass m_C = 0.12585. ^(c) This corresponds to Case (3) with the zero density jump Δη_CEB = 0.

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