Driving Force of Tectonic Plate (Brief)

By Huang, Cres

Book Id: WPLBN0004450861
Format Type: PDF eBook:
File Size: 1.85 MB
Reproduction Date: 7/22/2015

Title:	Driving Force of Tectonic Plate (Brief)
Author:	Huang, Cres
Volume:
Language:	English
Subject:	Non Fiction, Science
Collections:	Authors Community, Science
Historic Publication Date:	2015
Publisher:	Self-published

Member Page:	Cres Huang
Citation APA MLA Chicago Huang, B. C. (2015). Driving Force of Tectonic Plate (Brief). Retrieved from http://gutenberg.cc/

Description
Despite our progress, predicting the hazardous activities of lithosphere has been a long endeavor. The issue is, Earth's gravity is the inward force of keeping all thing tight to maintain it's spherical shape. Force of tectonic motion has to fight against the persisting gravity to push the crust from ocean floor to the top of mountain ranges. However, gravity can not be a pulling force, or tidal drag, of seismic activities. It is no attraction force has been shown by falling body experiments. On the other hand, mantle convection is driven by gravity and centrifugal forces. Hot mantle can not raise without the gravity or centrifugal force to provide ascending buoyancy. And, cool mantle will not sink without the gravity. It is the same principle of hot air does not raise and cold air does not sink in zero gravity.

Summary
Among the antigravity forces, the centrifugal force might have been understated. This preliminary is only an open proposal for further study of complex issue of lithosphere motion. I expect it will improve our foresight of predicting earthquake and volcano eruption, atop of other knowledge. Despite our progress, predicting the hazardous activities of lithosphere has been a long endeavor. The issue is, Earth's gravity is the inward force of keeping all thing tight to maintain it's spherical shape. Force of tectonic motion has to fight against the persisting gravity to push the crust from ocean floor to the top of mountain ranges. However, gravity can not be a pulling force, or tidal drag, of seismic activities. It is no attraction force has been shown by falling body experiments. I don't believe the mantle convection can be the driving force. Instead, it is driven by gravity and centrifugal forces. Hot mantle can not raise without the gravity or centrifugal force to provide ascending buoyancy. And, cool mantle will not sink without the gravity. It is the same principle of hot air does not raise and cold air does not sink in zero gravity. Gravity force makes denser elements sink and lighter ones raise. On the other hand, centrifugal force works in opposite manner. It creates perpendicular antigravity force away from the axle. The centrifugal force creates a clear divide of atmospheric and ocean circulations around the equator. Despite the different viscosities of air, ocean, mantel, and crust. The underlaying fluid dynamic is likely be the same. I would say Earth is also a centrifuge. The force of driving the atmospheric and ocean circulation has the same effect on mental and crust. I believe it is the centrifugal force making the Earth oblate spheroid. The uneven centrifugal force combined with the gravity compression made the main driving force of waving mantle along with crust, water and air.

Excerpt
I don't believe the mantle convection can be the driving force. Instead, it is driven by gravity and centrifugal forces. Hot mantle can not raise without the gravity or centrifugal force to provide ascending buoyancy. And, cool mantle will not sink without the gravity. It is the same principle of hot air does not raise and cold air does not sink in zero gravity. Gravity force makes denser elements sink and lighter ones raise. On the other hand, centrifugal force works in opposite manner. It creates perpendicular antigravity force away from the axle.

Table of Contents
1 Introduction 2 Centrifugal Force 3 Jelly Ball Earth 4 Hula Hawaii 5 Summary