Quote:
Originally Posted by wardengineering
I have explained the modes of stress building and stress releasing in previous threads.
The program I wrote uses Nasa's ephemerides for planet positions. I have used Newton's formula, MXM divided by the square of the distance between planets, and applied it to the Jupiter-Sun axis and the Earth-Sun axis. I have resolved the accummulated force into four systems of force: the Jupiter system on the Sun, the Planet system on the Earth, The moon system on the Earth and the Sun system on the Earth. The effect of the Sun overwhelmed the systems, so I reduced the Sun mass so I could see the effect of the planets.
As planets move toward each other their mass is added to each per Newton's law. The calculations result in a vectored system with magnitude of force and direction. That is why the Moon is such a big player as a triggering device. The sudden move across an intersection of a planet system of force or the planet itself at the right timing jars impending movements along fault lines where a constant force is being applied or in the case of volcanoes creates enough force to an impeding eruption to break through to the surface as I think is happening at the Cerro Prieta site.
In the preceeding pages, I have explained my ideas on how the system works. For the most part, I am alone with those conclusions as you and others demonstrate.
The math is simple amd straight forward except for my treatment of the Sun mass and can be duplicated by anyone interested in the exercise and the computer can resolve the calculation.
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That doesn't answer any of the questions.
If there is a post that explains stress releasing mode, please link to it.
Saying that you use Newtons law doesn't provide the mathematics. What equations and numbers have you used?
You talk about the start of the current warming period. Do you mean the one that is attributable to radiative forcing from the anthropogenic greenhouse effect - as in since 1950? Or do you mean since before the next to last turn of the century? Or some other period? Why do I have to ask these questions as multi choice? Is not: What period do you refer to well defined enough?