Parameter Amount Units Ref G 6.67E-11 m3kg–1s–2 B4 RCore Initial 3.28E+05 m Trial RMoon Initial 1.70E+06 m Trial ρCore Initial = MCI/VCI 6205 kg/m3 ρMantle Initial = MMI/VMI 3535 kg/m3 VCore Initial = 4πRCI 3/3 1.48E+17 m3 VMantle Initial = 4π(RMI 3 – RCI 3)/3 2.05E+19 m3 VMoon Initial = VCI + VMI 2.07E+19 m3 MCore Initial = MIC + MOC 9.19E+20 kg MMantle Initial = MLM + MLC 7.26E+22 kg B19 MTotal Moon 7.35E+22 kg UCore Initial = –3GMCI 2/(5RCI) -1.03E+26 J MCI – ρMIVCI 3.95E+20 kg REI 2 – RCI 2 2.79E+12 m2 REI 5 – RCI 5 1.43E+31 m5 UMantle Initial -1.27E+29 J M17 UMoon Initial = UCI + UMI -1.27E+29 J Result Table 2 - Initial Potential Energy Parameter Amount Units Ref UMoon Initial -1.27E+29 J F20 UMoon Current -1.26E+29 J F20 ∆UExpansion = UEC – UEI 1.70E+27 J Result Table 3 - Potential Energy Difference STERNBERG Craters and cracks 2023 ICC 38
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