It has always been .986.
I have NEVER seen it as that number.
If you wish to claim it has been, then prove it.
Otherwise, you are just making up an elaborate strawman to attack.
Yes, this is correct. But this is part of the uncertainty principle. That is, we can't be sure where this matrix is, but in general, solids have higher density than liquids or gases.
No, the density of solids and liquids depends a lot on what they are made of.
And in some cases, even for the same substance, a solid can have a lower density than the liquid (e.g. ice).
But again, none of this explains why things fall.
You are yet to provide any justification for the directionality or the rate.
It is not true that there is no surface tension though. Gases tend not to fall through other gases.
Gases of comparable density mix. Gases of significantly different density, if left in a calm environment, can remain unmixed.
That has nothing to do with surface tension.
I think it's from sidereal days.
So an entirely different topic, with nothing at all to do with this, but you want to pretend it is?
Just as this .926 used to be .986 before they changed it.
Again, prove it.
Same number. Not fooled.
Fundamentally different number, with fundamentally different units, for a fundamentally different purpose. We are not getting fooled by your BS.
If you want to spout such BS, you will need to justify it.
Changing .986 to 9.80 when I pointed out the number was mathematically insignificant.
And just when did you allegedly do this?
Before I was born?
Because I have NEVER seen your BS used for g.
The number cannot be 9.80 because we should be able to notice such a result in an area of controlled antigravity. That is, if no gravity is around, you should be able to measure the mass, and be aware that it is 9 times what it was before. Does this seem realistic to you?
No, that sounds like delusional nonsense which still demonstrates a complete lack of understanding.
Weight and mass are different.
Gravity does not magically change the mass.
If you go to an area of weightlessness (e.g. in orbit around Earth in the ISS, or in the vomit commit), then the MASS remains exactly the same.
What changes is the weight, which drops to 0.
That does seem realistic and has been observed.
The value of g moved from irrelevant to unbelievable.
No, it didn't.
You provided a BS number, and got called out on it.
At that amount, birds should be pinned prone to the ground, rather than flying.
Why?
They have evolved in an environment with that value of g, developing wings to be able to generate lift to overcome the weight due to that g.
Why should that cause them to be pinned to the ground?
Yet again, you are just spouting delusional garbage with no justification at all, to pretend there is a problem.
Probably to avoid your complete inability to justify your attempt at replacing gravity with mass just magically falling for no reason.
Is it logical that the force of an object is nine times its mass?
It isn't 9 times its mass.
They have different units.
If an object has a mass of 1 kg, then it's weight is ~9.8 N.
This is logical. This is measurable.
You not liking it wont change that fact.
I weighed 100 lb, this is 980 lb of force exerted by gravity against me. Is that logical?
No, it is your delusional BS where you blatantly misrepresent gravity.
It isn't 980 lb. It is 980 lb m/s^2.
If you want lbf instead of a pound, that already has the 9.8 built in, so a 100 lb human would experience a weight of ~100 lbf.
Now that it's 9.80, this gravity measurement is just some value chosen because it is, as Trump puts it, bigly.
No, it is chosen because it is the measured value.
I have already told you how you can measure it.
Further, it makes absolutely no sense to include a constant that is based on motion and has a m/s or whatever value.
And once again you demonstrate a complete lack of understanding of the topic being discussed.
A force can act on a mass to accelerate it. The greater the force, the faster the acceleration.
This is often stated as F=a*m.
This means any measure of force needs the units for mass (e.g. kg), and the units for acceleration (e.g. m/s^2).
As g is the MEASURED gravitational acceleration of an object in free fall close to the surface of Earth, it certainly makes sense for it to be measured in m/s^2.
I'm not interested.
Of course not. WHy would you be interested in reality.