That has nothing to do with what you did.Therefore dear RC, - therefore you must divide the TOTAL stretch of the spring with the distance, IF you want to KNOW the stretch per meter.
What you did was subtract a length from an acceleration.
That has nothing to do with what you did.Therefore dear RC, - therefore you must divide the TOTAL stretch of the spring with the distance, IF you want to KNOW the stretch per meter.
That has nothing to do with what you did.
What you did was subtract a length from an acceleration.
Like spring scales don't measure weight because they're just springs or a rule can't measure distance because it's just a piece of wood?The relative gravimeter doesn’t measure any ADG, it is ONLY a spring,
Like spring scales don't measure weight because they're just springs or a rule can't measure distance because it's just a piece of wood?
To my complete non-surprise physicists already have data far surpassing your measurements on Domus Vista and have found no inconsistency with existing theories.In a dramatic demonstration of the sensitivity of the superconducting gravimeter, Virtanen (2006),[3] describes how an instrument at Metsähovi, Finland, detected the gradual increase in surface gravity as workmen cleared snow from its laboratory roof.
And GPS still works perfectly without him and his cows.
Paul
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I think this tops it all:The relative gravimeter doesn’t measure any ADG, it is ONLY a spring, and it can only measure the –spring stretch different between measurement point A and B.
If you want to know the springs stretch factor per meter, (to be able to compare with the FAG / that also is a factor per meter) - and the distance between the measurement point A and B is for example 10 meter you must divide the measured value,- with the distance between A and B > > 10 meter – THIS is what I did.
In this way you get the bodies average ADG per meter.
First air is heavier than water and now this ....Bjarne, the gravimeter that DTU uses is indeed a type that we call a relative gravimeter, but it is calibrated to show absolute gravity
A relative gravimeter does not measure the speed of falling object.
This is what an absolute gravimeter does.
A relative gravimeter, as it's name suggests, measures the difference between the acceleration due to gravity (an acceleration) at the point of calibration and the point(s) of measurement.The relative gravimeter measure how deep you are in a gravitionel field, - relative to a point > distance X meter away.
The distance between the points is irrelevant to the measurement, it returns a relative value.It do not measure the 1 m/s (or what so ever per meter) unless you the distance between meassurement point A and B = 1 meter.
If something has units, it has units, you still can't subtract length from acceleration....try to get RC to understand why “units” not always are holy cows.
He is not taking about gravity and his so-called resistance to motion.I have kind of lost track.
Is he claiming/implying that their internal clocks would go haywire, or that they would go out of position due to some of his inventions. (spacewind, friction in vacum.)
I was aksing first, so now show us how clever you are, and how good you are understanding what you talk aboutHow did you calculate the red points?
He is not taking about gravity and his so-called resistance to motion.
I wrote that too quickly, it should read.
Is he not taking about gravity and his so-called resistance to motion.
Paul
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