Naked Science Forum

Non Life Sciences => Physics, Astronomy & Cosmology => Topic started by: Richard777 on 27/10/2016 22:08:29

Title: Is the gravitational ratio invariant?
Post by: Richard777 on 27/10/2016 22:08:29

A frequency (f1) is associated with the continuum. Another frequency (f2) is associated with a massive object (matter).

The frequencies may be represented as operators:

                 f1 = ꝺ/ꝺT

                 f2 = ꝺ/ꝺt

Both frequencies act upon a spatial volume (V) giving a “multi-directional acceleration” (V’’), aka “volume acceleration”;

                 V’’ = f1 f2V  = (ꝺ/ꝺT)(ꝺ/ꝺt)V

An “acceleration ratio” (R) gives the volume acceleration per unit of interacting mass (m);

                 R = V’’/m

If the ratio is invariant then;   R = G       (the universal gravitational constant)

and;           G = V’’/m = f1 f2V/m = (ꝺ/ꝺT)(ꝺ/ꝺt)V/m

Is this ratio invariant ?

Title: Re: Is the gravitational ratio invariant?
Post by: Richard777 on 19/12/2016 20:11:07

Two types of acceleration lead to a definition of the gravitational constant.