Reality Check
Penultimate Amazing
You are desperately trying to confuse knowledgeable people, only to save your own face for a while.You are desperately trying to confuse fools, only to save your own face for a while.
Everybody can read the reports and see which way the building contributes to the overall ADG . - The result is ; stable from top to bottom.
It is not more difficult like following the food step of a cow. - Even if some food steeps are dusty, the overall picture is clear. You can anyway easy determinate if the cow is heading LA or NY.
But off course here on the planet we have people that don’t know what is up and down on the cow.
If you (and RC) are one of those I will suggest you some few lesson cow logic.
Everybody can read the reports and never see which way the building contributes to the overall ADG . The measurements ares non-stable from top to bottom.
It is not more difficult like following the footstep of a cow. - Even if some food steeps are dusty, the overall picture is clear. You can anyway easy determinate if the cow is heading LA or NY.
But off course here on the planet we have people that don’t know what is up and down on the cow.
If you are one of those I will suggest you some few lesson cow logic.
Alternately learn some basic mathematics or to read English:
Thank you, nice data. A little tricky to extract from the .pdf, but no matter.
So if you subtract the free air gradient, you get a nice (if somewhat bumpy) slope from the top of the building to the bottom, with gravity being higher at the top. Since we don't know the zero reference (the gravity at that spot if the building had NOT been there) we cannot deduce the center of gravity, however, your measurements are EXACTLY as predicted by established gravity theory:
At the top of the building, you are exposed to the gravity of Earth + the gravity of the building (but - the gradient from altitude).
At the bottom of the building, you are exposed to the gravity of Earth - the gravity of the building.
Between those two points, there is a continuous gradient which crosses zero in the building's center of gravity.
Nice work, Bjarne. You have just disproved your own thesis, but a true scientist accepts that and moves on.
Thank you for playing.
Here is the differential gravity measured by Bjarne's team, when corrected for elevation. As you can see there are a few bumps, but they can be due to local mass concentrations. We don't know exactly what is in that building.
-0.277
-0.467
-0.642
-0.562
-0.470
-0.395
-0.315
-0.225
-0.151
-0.079
0.004
0.073
0.151
0.221
0.294
0.359
0.425
0.498
0.563
0.634
0.705
0.766
0.825
0.896
0.968
1.050
1.118
1.190
1.278
1.345
I will leave it as an exercise to the masochists to calculate the mass of the building from this.
Hans
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