No. But you are on the right track
Our Sun is a second or third generation star, that is, it has been formed from the debris of previous stars since the galaxy was formed. It's mass puts in the 'Main Sequence' category on the Hertzsprung Russel diagram. This diagram categorises stars from cool Red Giants like Betelgeuse to Blue Hot giant 'Steel Stars 'like Sirius.
Stars about 10 times more massive than our sun burn at higher temperatures and use up their hydrogen fuel much more quickly.
The diameter of a star is a balance between gravity pulling the star inwards and nuclear fusion which is trying to explode the star. When this balance fails towards the end of a star's life gravity starts to contract the star down and down towards a singularity. This highly dense matter can trigger a Nova ,or controlled explosion,within the core of this super dense star. The elements of the Periodic Table are sequentially generated and puffed out into the surrounding space.
Millions of years later clouds of interstellar dust coalesce,contract and start to rotate. At the centre of rotation hydrogen fuel condenses to form the next generation star and the heavier elements form the new solar system.
We are Stardust, but not necessarily golden as Jonie Mitchell sang.
it is the sunThe Sun
Yes
Planets near the sun likely lost lighter elements like hydrogen and helium due to the sun's high temperature and solar wind. These elements were blown away, leaving behind the heavier elements that make up the terrestrial planets closer to the sun.
The sun has traditionally been the source of all (or the majority) of the energy on Earth including the energy required to grow food.That is changing somewhat as we've been using fossil fuels (some of which is based on true organic matter, some of which probably is not. And, of course, nuclear energy is generated from radioactive elements from earth.In a sense, all the matter in the solar system came from the same source 4.5 billion years ago. But, that has differentiated into the sun and the planets in the solar system.Other than just energy, life must also have various elements to exist, hydrogen, oxygen, nitrogen, phosphorous, iron, etc. In general, these elements come from EARTH.Plants and animals have been growing in Earth's biosphere for millions or billions of years. Utilizing the sun's energy to recycle elements in Earth's atmosphere, and the top few meters of earth's crust.However, humans have also been mining and utilizing a number of other minerals that have been mined from near the surface of the earth, and not part of the biologic cycles.So, one could conclude that the Sun provides the foundation for much of our energy, but certainly doesn't provide for all of our needs.
The sun is a source of light, but it is not a planet.
in theory it is because it has food source (earth) light source(sun and other suns) and all the other elements cells contain
The source of all energy is the Sun.
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The source of all energy in our atmosphere is the sun.Some energy is reflected back into space, some is absorbed by the atmosphere, some is absorbed by land and water on Earth's surface (all of the above) When Earth receives energy from the Sun.
It is indeed light in all places that are hit by the sun. The sun is a tremendous light source.
Almost all energy originates with the Sun.