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Mysteries of the universe Explained:
Why planets are spinning
How stars were born
How universe is formed
Why the galaxy is in disk shape
Earth & Life existence
Cause for hurricanes & Tornados
How volcanoes & magma formed.
How does a Star is born
We can find explanations to all activities take place in the universe, by taking as starting point "Universe was a cloud of dust in the beginning, acquired a three-dimensional space."
Due
to interactive gravitational force these tiny particles are pulling
towards each other to become larger objects
. Same time, the space between existing particles is expanding, because
these particles have absorbed the nearby particles, also they move at
different directions due to interaction with nearby celestial bodies.
Therefore, in order to form gravitational bodies including solar systems
and galaxies, while expanding the universe, a sudden explosion such
as a big bang is not required. A cloud of dust can do by itself.
Why Planets are Spinning
The fascinating phenomenon of planetary spinning begins with the dance of tiny particles in space. When two specks of dust attract each other, they can give rise to larger structures, eventually forming a planet. Even if the first particle is motionless, the moment it draws in another particle, the collision generates an irresistible spin. This motion is rooted in the conservation of angular momentum—a fundamental principle of physics.
As stellar objects collide while moving in various directions, they unite into one body, carrying with them some of that angular momentum. This results in a rotational movement around their axis. It’s this intricate process that explains the mesmerizing spin of stars and planets, showcasing the beauty of cosmic forces at work. Understanding this not only deepens our appreciation for celestial mechanics but also highlights the interconnected nature of the universe.
Aa shown in the figure, any asteroid "B" influenced by a larger planet "A" also can attract by a planet "C", orbiting around "A", but due to its already attained velocity it can orbit around the planet "C" following the axis of rotation.
Accordingly, any orbital path of a planet is not a perfect ellipse.