Brittle star Essays

BIO 308: ANIMALS : FORMS AND FUNCTIONS TITLE Abstract Introduction Octopuses are one of the smartest animals in the world. Octopuses live in oceans all over the world including pelagic waters ( near water's surface near the shells), coral reefs and crevices. Anatomy Octopuses are non skeletal organisms which are able to move around the water with speed and grace. They are able to fit into the space which is much smaller than their body size. Adult octopuses usually weigh 15 kgms and

I chose the constellation of Orion because I 've heard a lot about it and am interested. Orion is the constellation 's brightest stars. So stands out in the night sky and is the best known. It has its origins in Greek mythology. The hunter Orion was killed by the bite of a scorpion. In heaven is their flight, so that Orion disappears in the west just before Scorpio appears in the east. The myth of this is: Orion was the son of Poseidon, god of the sea, and Gaia, Mother Earth. He had an extraordinary

How did we become a human? That is the question that is trying to be solved. It is mental to think about how the humans are a prolonged and more developed member of the great ape family. We have evolved into a more mature and sophisticated species that yearns to share our personal stories. Jonathon's Gottschall's preface, The Storytelling Animal, starts with scientist believing if monkeys were left in a room with a computer they would eventually write hamlet word for word. The human mind is obsessed

In Shirley Jackson's “The Lottery”, the theme is that people will follow a tradition for no reason whatsoever sometimes. I will explain why I think this is the theme in my story through 3 paragraphs. I will talk about the key details that the author (Shirley Jackson) gives throughout the story. I will then explain why all the key details connect to theme that I stated in the text. In the last paragraph I will combine my thinking into one paragraph about the beginning middle and end of the book. After

The earth wasn’t always solid. Billions of years ago it was a blob of magma floating in space. Over time the surface cooled, but the centre remained molten rock. The pressure and heat broke the surface into plates that float on a sea of magma below. These plates are constantly moving, drifting apart creating divergence boundaries and crashing together creating convergence boundaries, colliding with the power to forge mountains, and splitting solid rock like it was paper. The discovery of these plates

explosion was caused by a supernova 13.7 billion years ago. When the big bang happened, all of the elements that were in the star were expelled outward. Around .4 billion years after the big bang, first generation stars started to form, these are the stars that created most of our elements.They were made of period two, three, and four elements. Like every star, these stars ran out of energy and exploded making new elements that are found on our periodic table. They created period four, five, six

“Big-Bang Theory”), there is a galaxy called the Milky Way. It is called as such because of the galaxy’s rather “milky” appearance. And in this galaxy’s very edge, there is a group of planets that is being pulled together by a single, bright, yellow star called the “Sun”. This group of planets, along with the Sun itself, are called the “Solar System”. In the Solar System, there are nine planets, which are then again grouped into two groups; the terrestrial planets and the Jovian planets. The terrestrial

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

has a diameter of approximately 50,000 light-years, 30% the size of the Milky Way. It contains about a hundred billion stars. The galaxy obtained its name because of how similar it looks to a sombrero. Fiesta Time "Close inspection of the central bulge shows many points of light that are actually globular clusters. M104 's spectacular dust rings harbor many younger and brighter stars, and show intricate details astronomers don 't yet fully understand," stated the NASA website Astronomy Picture Of The

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

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

causes night and day. B.) Observing the shadows C.) A partial solar eclipse 2. What is a constellation? A. Mixtures of ice, rock and dust cluster B. billions of stars held together by the force of gravity - C. a group of stars that form a picture 3. How many planets make planets make up our solar system? A. The four that is closest to the sun. B. planets in our solar system orbit the sun. C. Eight

Quatrain one states that while looking up at the night sky, we see the same stars. these same stars scattered across the sky millions of miles away, and how amazing it is that can we understand them. Quatrain two states what, and where the stars are, and then changes to talk about humans that have left their mark. The third quatrain talks about the couplet’s theme, stating that if we live our lives, we will be remembered as a star (Bruinsma 1-14). This, however, is just the base of the poem. This poem

phosphors. The chemicals tend to glow after being energized. There are 3 types of these chemicals you have, phosphorescent items which are the most common, chemiluminescent items and radio luminescent items. Phosphorescent is found in the glowing stars people stick to their ceilings. I guess that’s why it’s so common because it’s kind of like the main ingredient when it comes to things that glow. Basically all I’m saying is that most things that glow have this chemical in it. What phosphorescent

During the Renaissance period writers expressed themselves in a variety of formats. Many authors particularly poets for instance used the sonnet and for good reason. The sonnet was a useful way to express oneself romantically in fourteen lines usually with iambic pentameter. Therefore, there will be attempt to analyze and connect the selected sonnets with contemporary love songs. That is to say, two sonnets by William Shakespeare will be related to two modern songs that explore different aspects

any planetary body that is outside the solar system and that usually orbits a star other than the Sun. Direct evidence of extrasolar planets is very difficult to obtain. Astronomers use methods like the Doppler technique which are commonly used more when searching for extrasolar planets. The Doppler technique is a good method for discovering extrasolar planets. It is used to analyze the motion and properties of the star and planet. Both the

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

The enormous blasts of vitality are made out of sun based flares and coronal mass discharges (CMEs) transmitted from everywhere throughout the sun's surface. Despite the fact that these expansion in number generally like clockwork, synchronized with the sun oriented attractive action cycle, they're much more capricious than the climate frameworks on Earth. Not every single sunlight based tempest are made equivalent. Their structure can change uncontrollably. While a sunlight based flare is a

with an aim to detect earth-sized planets orbiting sun-like stars. The previous projects in this field were able to detect only Jupiter sized planets or larger but nothing as small as the Earth. The Kepler Space Telescope aims to detect planets orbiting their star in or near the habitable zone. The telescope also detects the shape and size of the orbital paths of the exo-planets around their stars. By knowing the properties of different star-planet system in our solar neighborhood, we could group them

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