The Star Essays

The interstellar cloud is the birthing place of the low mass and high-mass stars, however there are quite a few differences between the two types of stars. As mentioned earlier, low-mass stars come from the interstellar cloud, and they are created when the cloud begins to collapse, which can happen for a number of reasons, with some being a possible collision with a nearby cloud or an explosion of a nearby star. Once the cloud begins to collapse and shrink under its own influence its temperature

Stars change dramatically throughout their existence, due to the forces of gravity, in a process called stellar evolution. Stellar evolution describes how stars transform over time, from birth, through life which includes growth, and ending in death. This process can take billions of years, although the time scale depends on the mass of the star. Fusion is the force that generates energy, resulting in the progression and development of the star. Stars begin their life cycle as molecular clouds

A star that goes by the name of Trappist 1 (named after the small telescope in Chile TRAnsiting Planets and PlanetesImals Small Telescope–South)has orbiting planets in the constellation Aquarius. Trappist 1 is about 40 light years away from Earth and is 12 times less the size of the sun but only a little bit bigger than Jupiter. Out of these seven planets, three of them are best suited for life. These planets are part of the Goldilocks Zone, they have the right amount of energy from their host star

What is a star? To define, a star is a luminescent and impactful form of energy. There are many different types of stars. A commonly known type of star is the sun. The sun majorly influences the world and serves a very important role for the reason that without the sun, the solar system would not be what it is today. Since the beginning of time, the study of stars has been researched thoroughly. In this research report, the fusion in stars will be examined, specifically looking at what makes up a

Why Do Stars Explode By:Jadelyn Melara Have you ever wondered why stars explode? What do they have in them that may cause this, or even is the explosion caused by the atmosphere? Another thing to ask yourself would be how can the explosion of stra affect us? Will this always happen, or can it be stopped? Continue reading to find out more. Let’s begin with learning about what stars are made of. All stars are basically huge exploding sphere of gas, which are mainly helium and hydrogen. This lead

at the night sky, I can see the stars that are just visible enough for me to see as a small dot. I look up at the stars wondering if they are galaxies, stars, or even planets. Whatever those stars may be I see them as opportunities, opportunities for us to see and explore. However, they aren’t the only stars that can be seen as opportunities. The stars that are drawn on paper can also be seen as opportunities. The five points that are formed to make a regular star on paper are like choices that we

of Stars Name: _________________________Hr________ The Hertzsprung-Russell diagram, or H-R diagram, is a graph in which a star’s temperature is plotted against its absolute magnitude. From such a diagram, other information about a star’s properties and life cycle can be determined. A simplified H-R diagram appears in your textbook (Figure 21.6, page 382). In this lab, you will construct an H-R diagram using data on the 20 stars that are nearest to our sun (Figure 21.1) and the 20 stars that

the north star was the brightest star in the universe. When we had slavery the slaves would follow the north star which was quite noticeable, considering people thought it was the brightest. Although, people may have gotten the North Star confused with other stars, people still believed it was the brightest. People believed that the north star was the brightest star because they got it confused with the dog star, (Alpha Canis Majoris). Stars have different magnitudes, so if the north star had a magnitude

There are exactly 7 steps for a star to become a main sequence star just like our Sun. Step one: Interstellar Clouds: This is the very first stage of the processing of a star forming into a main sequence star. It is known as a dense interstellar cloud. It could be the very core of a dark dust cloud even. Or sometimes a molecular cloud. They both contain many different types of atoms. For examples metals and gasses. The clouds are huge in size. The average temperature of an interstellar cloud are

Purpose The purpose of this star intensity investigation is to determine how the apparent brightness of a star is affected by the distance between the star and the observer. Background Information Stars are large spheres composed mainly of hydrogen and helium gas located in space. Due to their incredibly high temperatures, and fast particles, a process called nuclear fusion occurs within them. Nuclear fusion is when two atoms, usually hydrogen atoms, collide within a star to create a single atom (usually

Constellations: About the Stars People recognize constellations to be groups of stars that form images or patterns in the sky. They have been documented for thousands of years, and are one of the oldest sciences ever studied. As they shift, various constellations come into view. These stars change at a monthly pace, leaving some to be viewed for a while until they all move once again. “Different constellations come into view as the Earth rotates on its axis and makes its yearly revolution around

that variable stars with greater luminosity had longer periods. Leavitt was left in charge to identify variable stars in the Small Magellanic Cloud. She realized that the stars she had observed were indeed variable stars – named Cepheid Variables – because their brightness changed in a pattern. Like variable stars, the Cepheid Variables dimmed and brightened in regular periods. However, Leavitt began to notice the relation between the brightness of a star and its’ period. A brighter star would exhibit

The stars shine bright on the vast stage of the galaxy. The awe-inspiring constellations have shifted and torn, casting stars light-years from their position, giving each a dancing partner. Each star compliments their companion and each shine brighter than they could have alone. The stars twinkle softly and watch me watching them. I wish to teach them, for I have lived a long, prosperous life and I know I can teach them so much. I sit in a swirling spiral galaxy of amber and allow the grains to whisper

Energy transfer The Sun is a powerful star 93,000,000 miles away. It controls all life on Earth. Without it, the Earth would freeze. So how does a star transfer energy over 93,000,000 miles. It's a process that takes 100,000 years to get to Earth The start of the process is in the core, inner-most layer, of the interior, of the Sun. This core is made up of dense helium and hydrogen. In this layer, nuclear fusion occurs and atoms combine and turn into heat energy. The next layer, the radiative

compare to Star Wars the Revenge of the Sith sins especially if you account for the sins in the other prequel movies that cause these sins. How do these animated effects change these movies? For RoboCop it was able to bring RoboCop and ED-209 to life but for Star Wars it was much more as characters, objects, creatures and most of the environment only exist through these special effects. What did it take to make this movie happen (both types)? For RoboCop it took a lot of testing to make this stuff

birth of the first stars changed our universe from darkness to brightness. When clouds and hydrogen atoms combined together, the collected mass increased continuously, creating the first stars. The formation of the stars transformed the universe and its proceeding evolution. The stars rehabilitated the universe by heating and ionizing its contiguous gases. The stars also formulated and distributed the first substantial elements, ultimately creating solar systems. The earliest stars made significant

The Color of the Stars Madilyn Moore Seward High School Human beings have been looking up at the stars for thousands of years, many of them wondering what they are. Once astronomers determined that the stars were flaming balls in outer space, it seemed that not all stars burned the same; that different elements and chemicals constructed the stars. One of the ways that astronomers group stars is by using color (“Color of the Stars”, n.d.). This gives them the ability to determine important

distance of a star. Not only astronomers uses parallax; surveyors, and sailors use parallax to determine distances. Parallax is when an object’s position or direction change based on the viewers angle. For example, looking at one object with your left eye closed, then with your right eye closed. The object will seem like it is shifting against the background. A Danish astronomer named Tycho Brahe speculate that “If the new str is nearby, its position should shift against the background stars over the

crescent” in Israel. They fought the Babylonians, Persians, Greeks, and Romans. The menorah served as the primary Jewish symbol from antiquity until the past Renaissance period not the “Jewish Star”. During the Holocaust, the Nazi’s chose the yellow star as an identifying badge required on their garments. The Star of David can also be referred to as “Solomon 's Seal,” the “Magen David” and the “Shield of David”. In addition to Solomon 's ring, Jewish magical texts spoke of a magical shield possessed

Star Wars is a hugely popular science fiction film, featuring grand battles, alien species, and a mysterious energy called The Force. With seven films in the enterprise, Star Wars is a widely known collection of science fiction films. Following the Sci-Fi genre, Star Wars using far advanced technology throughout the film as common place. Though Sci-Fi films usually follow a more fearful approach to science and technology. Using this logic, Star Wars does not fit the typical Sci-Fi genre. This is