CWFI Creator Series Lesson Five: Planets

A. There are some stars whose light dies out and it dies. While there are other stars that explode sending elements and matter into space. The other matter sent into space creates other forms of matter such as planets and stars.

B. Inner planets are rocky such as Jupiter. Gas planets are Saturn, Uranus, and Neptune. Hydrogen and Helium are elements needed to make planets.

C. Man has understood and discovered that hydrogen and helium gases are in the solar system. The same elements and other matter that create planets.

D. 86 stars have been examined and 40% had disks of gas. Planets form around young stars. When stars form they make family of planets.

E. 50 lite years equals 50 years of traveling.

F. Man was made from the Earth. Chemical, elements, and molecules. These elements are everywhere. Put these ingredients with the right environment and specifications can create a form. Then you will need spirit and soul for a human being.

G. Chemical genetics: There are more stars, than there is grain of sand.

H. The Copernicus telescope model set out to say, "The sun is the center of the universe."

I. Light is created by electrons. Light is originated when jumping sodium and hydrogen atoms are fusion-ed by chemical substance. The chemical substance are sorted by color positions in the Solar Spectrum.

J. Hydrogen, Nitrogen, and Oxygen are elements in the chemistry of Man's human earth body.

K. Equilibrium occurs as long as there is enough hydrogen to fuel the excitement of a star. In deep space a vast cloud of hydrogen, royal, and churn is gravitated together. The pressure builds and the temperature rises igniting a massive fusion reaction, the hydrogen atoms meld together to form helium. This process is needed to allow stars to burn brightly.

L. The birth of stars depend on the fusion process: the energy birthing something good. (Note: Elements, heat, density, hydrogen, atoms, bonding, ignition, and etc, are needed. If any element is lacking the star is exerted into oblivion.)

M. Larger star suffer a more violent death. Masses draw together in a massive cataclysmic proportions and create a massive nuclear reactive rebound. Then it binds together and explodes, which is known today as a Super Nova. Super Nova explosions contains elements and ingredients for production of other stars and planets.