We should totally dump our trash there.

The Titius-Bode Law is the rough rule that predicts the spacing of the planets in the Solar System.

It is this spacing, called the Goldilocks Theory, that has permitted life to evolve on Earth, but not on Mercury, Venus, or Mars, for reasons of being too hot or too cold for flowing water.

Just as Goldilocks found the porridge that was just right, the Earth seems to be just right for living creatures; the perfect distance from the sun for lots of water.

Any closer or further away from the Sun than we are would result in loss of all life on Earth.

By transferring Mass (trash) from one planet to another, no matter how imperceptible, it...

We should totally dump our trash there.

The Titius-Bode Law is the rough rule that predicts the spacing of the planets in the Solar System.

It is this spacing, called the Goldilocks Theory, that has permitted life to evolve on Earth, but not on Mercury, Venus, or Mars, for reasons of being too hot or too cold for flowing water.

Just as Goldilocks found the porridge that was just right, the Earth seems to be just right for living creatures; the perfect distance from the sun for lots of water.

Any closer or further away from the Sun than we are would result in loss of all life on Earth.

By transferring Mass (trash) from one planet to another, no matter how imperceptible, it would, in time, due to gravitational changes, result in inversely higher or lower orbital paths for both the Donor Planet and the Receptor Planet.

We are unable to break the Laws of Physics which bind the Universe and everything in it.

Well we've been doing just that since we started shooting satellites off into space.
Transferring mass I mean.

The satellites which revolve around the Earth do not represent a transfer of mass. They revolve around the earth in a stationary orbit because of gravitational and centripetal force, moving about very little, and rotate at the same speed as the earth.

They usually stay within a defined area, normally referred to as "the Box." As such their mass has not crossed over the Gravitational Boundary of the Earth's planetary limits.

You are correct, however, in reference to the satellites we sent up that revolve around Mars or the Moon because they have, in a sense, left...

Well we've been doing just that since we started shooting satellites off into space.
Transferring mass I mean.

The satellites which revolve around the Earth do not represent a transfer of mass. They revolve around the earth in a stationary orbit because of gravitational and centripetal force, moving about very little, and rotate at the same speed as the earth.

They usually stay within a defined area, normally referred to as "the Box." As such their mass has not crossed over the Gravitational Boundary of the Earth's planetary limits.

You are correct, however, in reference to the satellites we sent up that revolve around Mars or the Moon because they have, in a sense, left home and are now part of the respective masses of their new hosts.

Taking into account the longest time span, we have from now until Zero Entropy to notice any real appreciable effect.

I guess for the moment we really don't have to worry.