The total solar eclipse and the consequent earthquakes
It has been observed in the past solar eclipses that some strong earthquakes followed that eclipse, and in particular in the regions of the earth where that universe incident occurred, i.e. the umbral path or the region where the shadow of the moon was prominent and the solar eclipse was total (and the neighboring regions).
The total solar eclipse of 2008
http://eclipse.gsfc.nasa.gov/SEmono/TSE2008/TSE2008fig/TSE2008globe1a.JPG
http://eclipse.gsfc.nasa.gov/SEmono/TSE2008/TSE2008fig/TSE2008globe1a.JPG
The total solar eclipse of 2006
http://eclipse.gsfc.nasa.gov/SEmono/TSE2006/TSE2006.html
http://eclipse.gsfc.nasa.gov/SEmono/TSE2006/TSE2006.html
The total solar eclipse of 1999
http://umbra.nascom.nasa.gov/eclipse/990811/rp.html
http://umbra.nascom.nasa.gov/eclipse/990811/text/maps.html
http://umbra.nascom.nasa.gov/eclipse/990811/rp.html
http://umbra.nascom.nasa.gov/eclipse/990811/text/maps.html
The total solar eclipse of 1994
http://umbra.nascom.nasa.gov/eclipse/941103/rp.html
http://umbra.nascom.nasa.gov/eclipse/941103/figures/sec9411b.gif
http://umbra.nascom.nasa.gov/eclipse/941103/rp.html
http://umbra.nascom.nasa.gov/eclipse/941103/figures/sec9411b.gif
Comment:
[I based this opinion on the many observations of the total solar eclipses and the consequent earthquakes, and according to the explanation of The_Gravity as in the book of The Universe and the Quran, by the late Mohammed-Ali Hassan Al-Hilly]
[I based this opinion on the many observations of the total solar eclipses and the consequent earthquakes, and according to the explanation of The_Gravity as in the book of The Universe and the Quran, by the late Mohammed-Ali Hassan Al-Hilly]
These observations indicate there is a relation between the solar eclipse: in the regions of the umbral path and the adjacent regions.
This can be explained by some variation of the sun gravity exerted on the earth, particularly in the affected regions, where the moon will impede the usual gravitational pull of the sun exerted on the earth:
The regions of the umbral path will have less gravitational force exertion, less than the other parts of the earth, and this difference between adjacent parts will cause the trembling and the quaking of the earth in the affected regions.
This will confirm that the gravity is because of the heat of the sun which is far more than the heat of the earth, and the gravity of the sun is far more than the gravity of the earth.
As can be seen here
This can be explained by some variation of the sun gravity exerted on the earth, particularly in the affected regions, where the moon will impede the usual gravitational pull of the sun exerted on the earth:
The regions of the umbral path will have less gravitational force exertion, less than the other parts of the earth, and this difference between adjacent parts will cause the trembling and the quaking of the earth in the affected regions.
This will confirm that the gravity is because of the heat of the sun which is far more than the heat of the earth, and the gravity of the sun is far more than the gravity of the earth.
As can be seen here
↑ ↑ ↑
↑ ↑ ↑
↑ ↑ ↑
The blue arrow resembles the solar pull on the umbral path will be less; because the moon will impede the gravitation of the sun ( because the gravity is because of the heat of the object)
The red arrows resemble the solar pull on the adjacent areas of the penumbral region where the solar eclipse is partial, and the other regions which will not see the solar eclipse.
The red arrows resemble the solar pull on the adjacent areas of the penumbral region where the solar eclipse is partial, and the other regions which will not see the solar eclipse.
And this difference in the gravitational pull of the sun will lead to this disturbance and the quaking of the earth in that region may occur.
http://universeandquran.site.io/#The_Gravity
Cause of the gravity
Proving that the gravity is because of the heat
http://universeandquran.site.io/#The_Gravity
Cause of the gravity
Proving that the gravity is because of the heat
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