Come on septic stop with the fv under the table and do us some sums.
Come on Guv stop with the BS and tell me how this gravity equation came about and how it marries up with real life observations and who first used it to verify its authenticity.
Current gravitation came up in part because no force is felt when in free fall. A force will be felt. There are other reasons why gravitation came about as well. Another example is that different masses fall at the same rate on free fall. Once again a force can't do that.
Hmmm. If different masses fall at the same rate on free fall, then that destroys gravity in an instant
No, it doesn't. See below.
unless you can come up with some more bullshit to get out of it.
Why?
Because if gravity is dependent on mass, then things of different mass should not fall at the same rate in what you people deem as a vacuum. They should be pulled or whatever you people call the gravity force or whatever the hell it is - differently.
No bullshit here except for yours.
The
force gravity exerts on an object is directly proportional to its
mass (and some other things that are constants on or near the surface of the Earth[nb]They can vary ever so slightly slightly, but close enough for everyday work.[/nb]).
Acceleration is
directly proportional to force and
inversely proportional to mass. Since the force due to gravity is directly proportional to mass, the acceleration of an object due to gravity both directly proportional
and inversely proportional to mass, meaning the mass factors out, making the acceleration independent of mass.
Let's be fair here. You use the moon and lots of other differing sized planets to show us this and you harp on about the larger the mass the more it changes the gravity pull.
Let's be fair here[nb]Yeah, right.

[/nb]. We've given you more information about how gravity works. Now, you give us more information about how to use your denpressure formula.
What should I use for fv, E, and rM for, say, a brick dropped from 5 m? Let's say the brick has a mass of 2.920 kg (weight 6 lb 7 oz) [My wife would kill me if she knew what I was using her kitchen scale for!], length 203 mm, width 90 mm, and thickness 64 mm (8" X 3.5" X 2.5") If you don't know how to calculate volume and density from that information, I can show you.
I suspect you were just pulling that "formula" out of your butt since it clearly had no chance of working. Like most of your ideas, it appears to be gibberish. In case there
is actually anything there, how are the parameters listed above applied to your formula in this case: dropping a brick from 5 meters? If this is somehow related to air pressure or temperature, (these don't appear directly in your formula), then use 1 atm and 20 C. If you need other parameters, choose something typical and tell us what they are.
Any more progress on that shuttle acceleration problem if you want to postpone what looks more and more like the denpressure debacle?