Earth Internal Region Zone Volume Values

Just balances, just weights, a just ephah, and a just hin, shall ye have: I am the LORD your God, which brought you out of the land of Egypt.

(Leviticus 19:36) KJV

We have developed a 3D spherical hollow Earth model (SHEM). If the Earth has experienced radial shrinkage and it’s diameter decreased, we can so some simple calculations to figure out what the original radius was.

We take the value for the volume of mantle material and use it to calculate the thickness of the mantle if it was a sphere the lower surface of which is about the size of the Earth’s diameter now.

Volume of Earth’s Mantle

Factor	Symbol	Radius	Volume
Earth total volume	p	6,371 km	1.08E+12 m3
Volume of core and great gulf	g	4,100 km	2.89E+11 m3
Volume of mantle material	p-g (m)		7.95E+11 m3

To make a long story short:

• the original radius of the Earth was approximately 7,653 Km and
• the mantle was about 1,282 Km thick.

This gives us a fascinating insight into the formation of the Earth and the history it has undergone over the years. This is where we derive the values used in constructing the diagram of the internal structure of the Earth on the 3rd day, and how we model the changes that happen over time.

SHEM Radius and Volume Values

Key	Derivation	Description	Radius Km	Volume m3
p		Present day earth	6,371.00	1.08E+12
g		Radius of outer edge of the great gulf (inner surface of the lower mantle)	4,100.00	2.89E+11
m	p-g	Mantle material		7.95E+11
t	p+m	3rd day earth	7,653.28	1.88E+12
c		Core	1,800.00	2.44E+10
s	m+c	2nd day solid earth	5,806.28	8.19E+11
w	t-c	Water		1.06E+12
t	s+w	Water + 2nd day earth	7,653.28	1.88E+12
n	t+w	Water + 3rd day earth (Noah’s flood)	8,883.39	2.94E+12

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