Lets floated in the void between the stars

Lets
flashback about 4-5 billion years ago, an enormous dark cloud of dust and steam
floated in the void between the stars of our galaxy. This was the process of a
star called the sun. The sun is the star at the middle of solar system and its
shape is perfectly shaped as a ball or in better terms a sphere. It is vastly
important because of its source of energy for living on planet earth. It’s an
essential part of daily life for a human being, plants, creatures, lands and
etc. Without it, the earth would be basically going into airplane mode. The crops,
fruits and vegetable we grow for feeding our families, selling them in the
markets to earn profit, without the sun this wouldn’t happen because the crops
need the sun as a source of energy to grow into ripe products. The sun also has
a impact a country’s agriculture and economy. For e.g. if it rains immensely in
a country, it’s very difficult to produce crops because the sun isn’t out much
so therefore it can affect the economy in an unconstructive way. The sun is
also not a big star in contrast to the other stars. It appears very large and
shiny because it is very close to the earth than the other stars. This research
essay will discuss the distinct discovery and description of the star and how
spectra and multi wavelength played a role in getting a better perceptive of
the sun.

The
discovery of the sun is still unknown to this day and it will never be known
who first officially discovered it. The sun was a naked eye object to the
ancient people and they are the one who first officially saw it as human
beings. To be more precise and break it down even more, the first thing that
ever saw the sun was most probably a creature or something. The sun at the
center of our solar system is also known as the yellow dwarf star, a hot sphere
of glowing gases. The gravity of the sun holds the solar system together in one
piece. It has a radius of 432,168.6 miles which is not as big as you think it
is but it is still bigger than earth meaning 332,946 single earths’ equals to
the mass of the sun and the sun’s volume would approximately require 1.3
million earths to reach its maximum capacity.  The sun’s distance from the earth is 92.92
million miles which is equivalent to one astronomical unit. Its closest neighbour
star is known as the Alpha Centauri and it would require approximately 4.4
light years to reach the sun and one light year is equivalent to 5,878, 499,
810,000 miles. The sun like all the other stars is a sphere of gas, but in
terms of specific number and the ingredients it’s made out of are 91 percent
hydrogen and 8.9 percent helium. The sun’s massive mass is seized by
gravitational force which creates vast amount of pressure and increased temperature
at its nucleus. It has six areas which it functions around which are known as
the core, radiative zone, convective zone, the visible surface which are known
as the photosphere and chromospheres and last but not least the outside area
which is called the corona. The two most important aspects are the core and
visible surface areas. At the core, the temperature is about 27 million degrees
Fahrenheit and in the visible surface which is the element we can visibly see
with our naked eye is approximately 10000 degree Fahrenheit and that is the key
for the essential vitamin D we need for our bodies.

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