The Star Of Star Stars

Surprisingly, our sun isn't as big as it seems. There are many other stars that have more mass than our sun, and one example is the Rigel star. The Rigel star is a blue supergiant that is one of the brightest star found in the orion constellation. Its color is blue because it has 18 times the mass of the Sun, and is around 773 light years away from Earth/us. The Rigel star is also 117,000 times brighter than the sun. How did the Rigel star exactly form though? Well, it started as a protostar. Clouds of gas and dust mix and becomes dense, which attracts more and this begins to heat up. The cloud gets hot enough that it forms a newly born star, which lead us to the main sequence. Only 10 million years- which is young for a star, the Rigel had

The sun is a star that is made up of hydrogen gas. The sun is unlike other stars that we see in the sky because the sun delivers energy and radiation that allows to living things to exist. Also, the sun is much closer than the other stars in the sky.

This passage is an extract from Joseph O’ Connor’s Star of the sea which was penned in the year 2002. The passage makes use of a third person narrative view point as a result of which the readers are provided with a vivid image of passengers aboard a stormy sea ship. The passage talks about a ship afloat a stormy sea and how the passengers on the deck are caught unaware due to this storm. The author uses a descriptive style of writing with short crisp sentences that heighten the pace of the story. In the last two paragraphs however, the author uses longer sentences that signal a slower pace and show the readers that the storm has died down for the time being. The author has interspersed the action with 2 dialogues. It is interesting to

The life cycle of a star is dependent on its mass. The larger the mass, the quicker it will die out, whereas stars which are no more than half the size of our Sun can live up to hundreds of billion years. However no matter how large the star is, they all begin their lives in a nursery known as a molecular cloud.

Stars go through phases with each one altering the star. They start as a protostar then ignite to

The first process every star goes through before its end is the process of their core shrinking. When stars of at least .4 M begin to exhaust their hydrogen supply, the hydrogen starts to fuse in a shell that is outside the helium core. As the shell burns more hydrogen it is also producing more helium, this allows the core to increase in its mass and temperature. When the temperature increases greatly, helium fusion begins to start in what is called a helium flash, causing the star to rapidly decrease in its size and increase its temperature. Once the star has fused all of the helium out of its core, the product of the carbon will fuse which produces a hot core along with the outer shell made up of fusing helium. The more massive a star is,

We know of many stars that exist, but the main stars are White dwarfs, Pulsars, Neutron stars, Magnetars, Brown dwarfs, Black Holes, Cepheid Variable stars, Supergiants, Red Giants, Novas, and Quasars. Starting with White Dwarf, this star is usually the size of a planet and is last stage of a stars life, when it loses all its layers from the planetary nebula. This star is very dense and especially hot after it disables its nuclear fuel. It starts to cool done over the next billions of years. Pulsars, this star is practically a white dwarf star, but has electromagic ration beaming out of it. There are two steady lights (electromagic ration) that point in two opposite directions. It always seems to be blinking, but this is just from the motion

Remember the phrase “We are all star stuff”, we’ll it’s true. The matter and elements our bodies contain were made from a detonating star, which has additionally given us distinctive numbers planets and different stars. The blast of a star is known as a supernova (supernovae for plural employments). Supernovas are extremely intriguing, brilliant, and vital, for a hefty portion of reasons, however to start with, you'll need to comprehend what a supernova is.

Those stars in the night sky seem small and tiny, but up close they would be millions of times larger than the Earth. Stars are the most recognized astronomical objects and are the building blocks of the galaxies. These luminous spheres made of plasma are responsible for the creation of heavy elements like carbon, nitrogen, and oxygen. They were among the first objects in the early universe. Most of the elements found in the human body originated in stars, this means that we are literally made of stardust. When you are staring at stars from the night sky, you are actually looking back in time, the light you see could be from a million years ago. The study of the birth, life and death of stars are the central field of astronomy today.

While the vast majority are of similar class to our sun and bright yellow and white in colour there are also signs of red giants reaching the end of their lives, as well as many small white dwarfs. Perhaps the more puzzling stars are the bright ‘blue stragglers’ (as depicted in the famous Hertzsprung-Russell diagram), as these stars should have expired long ago in explosions called supernova. It has been suggested by astronomers that these stars may be the merging occurring in such a crowded neighbourhood between lower mass

Stars a balls of gas that are luminous meaning that they give off light. Star first start transition begins from clouds, a cold molecule of hydrogen that gravitationally collapse creating fragments into many pieces that slowly form in to individual stars. Stars are then held by their own gravity and is made of 75% hydrogen and 25% helium two of the elements in the periodic table. Hydrogen has the symbol of H and is the lightest and also simplest element in the periodic. Helium had the symbol He and had the lowest boiling point compared to the other elements in the periodic table. As time eclipse stars converts elements of hydrogen to helium that is why the ratio of the sum is 70% hydrogen and 29% helium.

They are formed by this blinding wonder of freezing gasses rubbing together not know that they are creating life. But why should you care. You should care because that is how you are reading this research paper right now. The creation of the first star has sprung up many more stars that have many roles in the galaxy. That star can move onto the formation of a neutron star that is a full on powerhouse that contains. This dense star is 1 out of 1 billion, because this miracle only can be formed when a supernova occurs. But why, why even care about this star that doesn’t even have a role in any human's modern day life. This star has helped people guide through sea and help farmers farm on season. After that there will come the brown dwarf. This star is one of the most unknown galaxy because it isn’t the best at anything. Consequently it is called the failed star because we humans can barely observe the star because of its dim lighting. What does this star do to humans you might ask. Although it is the,” failed star” it is theorized that it holds most of the universe's mass. That is another miracle because how can a useless, unknown, and shunned star be of us. Then finally lived the white star. Just like every other star this one dies too. This star helps us

Indecent bodies like the sun. Stars are made up of big exploding balls of gas, mostly hydrogen and helium. The sun is similarly a star made up of huge amounts of hydrogen, undergoing a continuous nuclear reaction like a hydrogen bomb. Stars come about when vast clouds of hydrogen, helium and dust contract and collapse due to gravity. The clouds came from astronomical plasma from “The Big Bang”, but the dust comes from the supernovae of other stars.

A star is a ball of gasses that gives off a tremendous amount of electromagnetic energy. This energy comes from the nuclear fusion within the star. Nuclear fusion is a combination of light atomic nuclei to form heavier atomic nuclei. Most stars in the night sky appear to be tiny specks of white light. If you look closer to the stars, it won’t appear white.Stars vary in color, for example, the star Canopus shines yellowish-white.

"Marco," Star starts, her excitement beginning to dim as they walked on. "I 'm sorry, for this I mean." She gave a glance at the back of Marco 's head, stepping quickly to reach his side. "I never wanted this to turn out so badly."