It is so bad an idea that you cannot even show the calculation of any values from it. Instead you have to make up numbers: Did you pull 400 µgal from your pet cow's bottom or is it "100 µgal + 325 ugal (= +425 ugal)" that was pulled from your pet cow's bottom?
I have answer that question many times.
The measurement is executed in a container Ø 6,5 meter H 6.5 meter, -container, - because this is a simple structure that not deviate a lot form the ball shape.
A ball shape would be the best possible shape, because in such matter encircles a central point of space
most effective and would therefore cause strongest possible gravity. - But such structure is not easy / cheap to build.
I have already made it clear that the more a structure deviate from a ball shape, the weaker ADG we shall expect.
Let us know first calculate the ADG based on the mass that balls ahpe “beyond” the cylinder structure.
Volume = Pi * 3,25m* 3,25m * 6,5m = 215 m3
Weight = 1550 KG * 215 M3 = 333250 Kg
We will estimate the mass (sand) to 1550 Kg / ton
Gravity of the “hidden” ball shape (green area) is roughly-lazy estimated to 60% of the Mass.
To find ADG of that we can use the most simple equation GM/r
2
100% = 333250 * 6,67E-11 / 3,25^2 = 210 ugal
60% = 125 ugal
This mean the ball shape "beyond" the cylinder shape = 125 ugal
Now we must deduct the inner missing mass (black area).. (Tunnel & station 4)
Hence we shall expect approximated 100 – 110 ugal at the central top of the Building....
Left is to add the mass that deviate from a ball shape. The red area (the 40%).
But this will not cause 40% extra ADG, but only the amount proportional to how effective it in a homogeneous way encircles central space of the container.
Hence this mass (the red area) contributes much less. Probably not more than 10-15% relative to that mass.
I don’t think the red area mass will affects the measurement resukt at station 4 or 7, but only that in the area between that (read area) mass and the center.
So At the
central top of the container we shall expect almost 100-110 ugal.
Now just multiply the (approximate) 100-110 ugal with the distance between Station 4 and 7 (3,25 meter) and you will get 325 to 357 ugal.
You must add the value at the top, (100-110 ugal) and you can see that we shall expect around 4-500ugal stronger ADG in the center relative to the value (in the center) when the container is empty (FAG)
So dear RC, I KNOW EXCACTLY what I am speaking about.
What are the baseline figures?
We will measure that first.
We saw exactly what we should see in the Domus Vista.
Yes we say Minus 160 ugal that you could not explain and now have manipulated away…
Ahh, backpaddling already? Bjarne, there is no more or less wrong in this matter.
We most always be open minded, and always expect surprised.
Either you are right, or you are wrong, period.
Right and therefore bet or agree to the stupid-cow-tail-deal I suggested you.
The first place this nonsence strikes; is that you have “found” + 200 ugal
- This is not what is measured.
- This is impossible
- This is not what the prevailing thesis predict
- This is Manipulation or at best completely misunderstood.
- This only crystalo clear demonstrates you don’t know what you are dealing with.
The buildings own ADG
at the top of the Building is in fact so weak it is difficult to distinguish from Gravitational noise , - (not more than 15 ugal) .
The only thing in that building that makes sense is the overall picture and especially the
relative gravity difference between the 4
lower floors.