No, it is not almost stable, it has a gradient that is steeper than the free air gradient.
The building is not homogeneous, and not the perfect target.
Anyway the overall picture is VERY clear.
Nothing at all confirms to the previously thesis.
Of course not. They just show you didn't do your homework.
I can’t prevent these naturally “bumps” and I shall not.
It proves that the answer is right. And that the prevailing theory is in accordance with observation.
Ideally, we should see the gradient within the building cross the free air gradient, that is, gravity being a bit lower at the bottom floor and a bit higher at the top floor, but since we have no way of establishing a baseline, we cannot see the crossing. The baseline would be the gravity at ground level, before the building existed, but obviously, we cannot get that information, now.
Crap from A to Z
You can and must compare the free air gradient floor by floor, and thta's it.
- NOTHING confirms that ADG is decreasing towards the center (exactly as predicted)
- NOTHING confirms that ADG is zero in the center (exactly as predicted)
- EVERYTHING proves that the G-center is not at the building physical center.
Amigo the measurement executed is a direct demolishing hit. FACE IT
This
should shake you guys. Times to wake up has come.
Bjarne, you have acted as a real (if somewhat sloppy) scientist, by actually performing the experiment. Now don't make an idiot of yourself by willfully ignoring the result. The result was not what you wanted it to be; that's tough luck, but you need to work from that. Either you modify your thesis to fit observation, or you scrap it. You cannot modify or scrap reality and stay sane.
I wonder how long time it is possible to p.. against the wind, without discovering to be wet.
No, Bjarne, your results SUPPORT the established theory. They confirm it.
All we can expect to measure in an existing building, where we cannot estabish a baseline gravity, is a gradient that is steeper than the free air gradient. And that is exactly what you found.
Crap
”baseline” – more crap.
The calculation is so simple a 10 years old boy can easy do it, as well as a such boy can easy see there is NOTHING in the real world that supports the old orthodox creed.
The next experiment will be executed because:
- The mass will be homogeneous (this give a more quite result)
- A Quite place (this give a more quite result)
- Compact mass will be used (this give a stronger result)
- In the underground too (this will prove that also the area below the container is affected, and it will also prove that negative ADG towards the G-center at the surface also is stable, as well as the possitive ADG from the top of the construction to the bottom is).
http://www.science27.com/forum/container.jpg
Edited by LashL:
Removed hotlinked image. See Rule 5.
But as I said the already existing result is a broad hint (vink med en vognstang) that the prevailing thesis is DEAD.
You can easy calculate the ADG towards ground zero, and see that ( the average values) will fit to the measured values.
But you must use the total height of the building as “r” (not “r” from the physical center of the building) and the double weight because also the mass of the underground contributes to that gravitational field (50%). (and you must counteract the upper floors opposite drag)
Then you will easy see that the measured result fit to the calculated result.
PREDICTION
The new experiment (that will be executed) will reveal exactly that, and much more clearly.