Sirius is the brightest star in the night sky. With a picture based clear degree of −1.46, it is for all intents and purpose twice as bright as Canopus, the subsequently brightest star. The name “Sirius” is dead set from the Ancient Greek (“sparkling” or “scorcher”). The star has the Bayer designation Alpha Canis Majoris. What the uncovered eye perceives as a particular star is blatantly a parallel star skeleton, embodying a white basic-succession star of awful sort A1V, termed Sirius An, and a frail white dwarf mate of unearthly sort DA2, called Sirius B.
Space Masses
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The Solar System: Explained in One Page
The Solar System comprises of the Sun and it is planetary framework of eight planets, their moons, and different non-stellar protests. It framed more or less 4.6 billion years back from the crumple of a titan atomic fog. The boundless larger part of the framework's mass is in the Sun, with the vast majority of the remaining mass held in the planets. The four more minor inward planets, Mercury...
The Solar System comprises of the Sun and it is planetary framework of eight planets, their moons, and different non-stellar protests. It framed more or less 4.6 billion years back from the crumple of a titan atomic fog. The boundless larger part of the framework's mass is in the Sun, with the vast majority of the remaining mass held in the planets. The four more minor inward planets, Mercury...
Supernovas Explained
A supernova (shortened SN, plural SNe following supernovae) is a stellar outburst that is more enthusiastic than a nova. It's maintained /ˌsuːpərˈnoʊvə/ with the plural supernovae /ˌsuːpərˈnoʊviː/ or supernovas. Supernovae are greatly iridescent and create a blast of radiation that regularly briskly eclipses a whole universe, before blurring from perspective over some weeks or months. Aroun...
A supernova (shortened SN, plural SNe following supernovae) is a stellar outburst that is more enthusiastic than a nova. It's maintained /ˌsuːpərˈnoʊvə/ with the plural supernovae /ˌsuːpərˈnoʊviː/ or supernovas. Supernovae are greatly iridescent and create a blast of radiation that regularly briskly eclipses a whole universe, before blurring from perspective over some weeks or months. Aroun...
NASA's Constellation Program Trips to the Moon
NASA’s Constellation program comprises a set of launch boosters, space vehicles and support modules that together will place humans on the moon by 2020. Plans call for astronauts to stay on the lunar surface for periods ranging from four days to more than six months.
NASA’s Constellation program comprises a set of launch boosters, space vehicles and support modules that together will place humans on the moon by 2020. Plans call for astronauts to stay on the lunar surface for periods ranging from four days to more than six months.
The Planets Interiors
Earth and the different several internal planets of our earth's planetary group (Mercury, Venus and Scratches) are causing of rock, to be containing regular minerals like feldspars and metals like magnesium and aluminum. So is Pluto. The different planets are not unyielding. Jupiter, case in point, is made up generally of trapped helium, hydrogen, and water. In our earth's planetary group, the...
Earth and the different several internal planets of our earth's planetary group (Mercury, Venus and Scratches) are causing of rock, to be containing regular minerals like feldspars and metals like magnesium and aluminum. So is Pluto. The different planets are not unyielding. Jupiter, case in point, is made up generally of trapped helium, hydrogen, and water. In our earth's planetary group, the...
Astrology Star Chart Spring
The positions of planets at the time of your birth are determined first. This forms the birth data. Your birth data is then compared to the positions of planets at various stages in life, to predict your future and major events that could happen in your life.
The positions of planets at the time of your birth are determined first. This forms the birth data. Your birth data is then compared to the positions of planets at various stages in life, to predict your future and major events that could happen in your life.
How Eclipses of the Sun Happen
In its 27 – day Orbit of the Earth, the Moon sometimes passes directly in front of the Sun and we see a solar eclipse. In one of the natural world’s most eerie, beautiful spectacles, the dark circle of the Moon gradually creeps over the Sun. Between two and five solar eclipses are visible from somewhere on the Earth each year. When the Moon is at its farthest from the Earth, it is not ...
In its 27 – day Orbit of the Earth, the Moon sometimes passes directly in front of the Sun and we see a solar eclipse. In one of the natural world’s most eerie, beautiful spectacles, the dark circle of the Moon gradually creeps over the Sun. Between two and five solar eclipses are visible from somewhere on the Earth each year. When the Moon is at its farthest from the Earth, it is not ...
List of All Space Missions to Different Planets and Beyond
Space examination or the Space missions is the disclosure and examination of space by system for space mechanics. Physical examination of space is administered both by human spaceflights and by robotic shuttle. While the observation of articles in space, rumoured to be Astro science, starts before reliable recorded history, it was the development of unbelievable and similarly profit...
Space examination or the Space missions is the disclosure and examination of space by system for space mechanics. Physical examination of space is administered both by human spaceflights and by robotic shuttle. While the observation of articles in space, rumoured to be Astro science, starts before reliable recorded history, it was the development of unbelievable and similarly profit...
Deflecting Asteroids
Every object exerts a gravitational pull, including a single spacecraft. Merely by hovering above the asteroid. It could pull the rock off course. The approach could even be tried with the Dawn spacecraft, scheduled to finish its tasks in the asteroid belt by 2015. However, such a strategy would be very slow, requiring years or even decades to alter the path of the asteroid.
Every object exerts a gravitational pull, including a single spacecraft. Merely by hovering above the asteroid. It could pull the rock off course. The approach could even be tried with the Dawn spacecraft, scheduled to finish its tasks in the asteroid belt by 2015. However, such a strategy would be very slow, requiring years or even decades to alter the path of the asteroid.
What TV Shows are Aliens Watching Now? What Happened to our TV Shows?
If extraterrestrials were watching our TV shows, this is what they would be watching, depending on where they are in space. This concept is extremely interesting, because our TV shows are never lost, they are still being broadcasted in different areas of the universe. Waves travel nearly forever in space, unless an outside force acts on them.
If extraterrestrials were watching our TV shows, this is what they would be watching, depending on where they are in space. This concept is extremely interesting, because our TV shows are never lost, they are still being broadcasted in different areas of the universe. Waves travel nearly forever in space, unless an outside force acts on them.
50 Years of Spaceflight
In this era of 50 years of Manned Space Flight, USA stands at the top of the list in the Nations with the most Astronauts who have been sent to the space. Russia stands at the third position with France and Germany following it. The farthest Manned Missions from Earth is Apollo 13 which has travelled around 401,056 km in 1970. Next farthest is Apollo 8 followed by Gemini 11 and Gemini 10. Yur...
In this era of 50 years of Manned Space Flight, USA stands at the top of the list in the Nations with the most Astronauts who have been sent to the space. Russia stands at the third position with France and Germany following it. The farthest Manned Missions from Earth is Apollo 13 which has travelled around 401,056 km in 1970. Next farthest is Apollo 8 followed by Gemini 11 and Gemini 10. Yur...
What are Exoplanets?
In 1543, Polish astronomer Nicolaus Copernicus published on the Revolutions of the Heavenly Spheres, showing that the Earth, far from being the privileged center of the universe, is just another planet orbiting the Sun. Since then, the discovery that our sun is a typical star among the billions in the Milky Way, which in turn is but one of the billions of galaxies we observe in all directions,...
In 1543, Polish astronomer Nicolaus Copernicus published on the Revolutions of the Heavenly Spheres, showing that the Earth, far from being the privileged center of the universe, is just another planet orbiting the Sun. Since then, the discovery that our sun is a typical star among the billions in the Milky Way, which in turn is but one of the billions of galaxies we observe in all directions,...
Looking Inside the Sun
The Sun is our nearest star. It is a huge, luminous ball of gas like all the other stars. It consists mostly of hydrogen, and helium with tiny amounts of other elements. The Corona is the outer shell of the Sun’s atmosphere. It is extremely hot with temperatures reaching up to 2 million degrees. In the radiation zone, the energy is transported outwards by radiation. It covers about 70% of the Sun’...
The Sun is our nearest star. It is a huge, luminous ball of gas like all the other stars. It consists mostly of hydrogen, and helium with tiny amounts of other elements. The Corona is the outer shell of the Sun’s atmosphere. It is extremely hot with temperatures reaching up to 2 million degrees. In the radiation zone, the energy is transported outwards by radiation. It covers about 70% of the Sun’...
Mars World Map
In 1659 Dutch astronomer Christian Huygens, using an early telescope, drew the first sketch of a surface feature on Mars, a dark patch know today as Syrtis Major. More than three centuries later the mars global Surveyor is charting the entire planet. Data beamed from the orbiting surveyor have rendered a detailed and true-color map of this seemingly most Earthlike of planets.
In 1659 Dutch astronomer Christian Huygens, using an early telescope, drew the first sketch of a surface feature on Mars, a dark patch know today as Syrtis Major. More than three centuries later the mars global Surveyor is charting the entire planet. Data beamed from the orbiting surveyor have rendered a detailed and true-color map of this seemingly most Earthlike of planets.
What Gravity does to Entropy
What qualifies as low entropy or high entropy depends on the situation. Physicists identify the high – entropy state of a system based on how the system evolves over time. For example, if a diffuse and sufficiently cool gas feels the tug of gravity, it evolves to a clump. The law of entropy increase then implies that the clump has high entropy, even though at first glance it might appear to be...
What qualifies as low entropy or high entropy depends on the situation. Physicists identify the high – entropy state of a system based on how the system evolves over time. For example, if a diffuse and sufficiently cool gas feels the tug of gravity, it evolves to a clump. The law of entropy increase then implies that the clump has high entropy, even though at first glance it might appear to be...
Black Holes Explained
The most Bizarre objects in the Universe, black holes are aptly named – they emit no visible light at all. And yet, most black holes are the end state of the most brilliant objects in the cosmos; giant stars that go supernova. The super compressed core that remains after the explosion has such strong gravity that even light cannot escape it – so the object is black.
The most Bizarre objects in the Universe, black holes are aptly named – they emit no visible light at all. And yet, most black holes are the end state of the most brilliant objects in the cosmos; giant stars that go supernova. The super compressed core that remains after the explosion has such strong gravity that even light cannot escape it – so the object is black.
Farside of the Moon
The farside of the moon is always turned away from the Earth. Its appearance remained a mystery until 1959, when the Russian spacecraft Luna 3 was able to travel behind the Moon and send back the first photographs. Although the farside looks similar to the moon’s nearside, there are obvious differences. It has few maria, because the lunar crust is thicker than on the nearside, making it dif...
The farside of the moon is always turned away from the Earth. Its appearance remained a mystery until 1959, when the Russian spacecraft Luna 3 was able to travel behind the Moon and send back the first photographs. Although the farside looks similar to the moon’s nearside, there are obvious differences. It has few maria, because the lunar crust is thicker than on the nearside, making it dif...
Impact Craters
When a Metorite collides with Earth it can form an impact crater – a bowl – shaped hollow in the Earth’s surface. Space rocks have produced in this way throughout Earth’s life, especially when the planet was young, about 4 billion years ago. Space rocks do not have to hit Earth to have a devastating effect. On june 30, 1908, there was an explosion 3.5 miles up in Earth’s atmosphere, above...
When a Metorite collides with Earth it can form an impact crater – a bowl – shaped hollow in the Earth’s surface. Space rocks have produced in this way throughout Earth’s life, especially when the planet was young, about 4 billion years ago. Space rocks do not have to hit Earth to have a devastating effect. On june 30, 1908, there was an explosion 3.5 miles up in Earth’s atmosphere, above...
Star Lifecycles
Stellar advancement is the methodology by which a star experiences an arrangement of radical updates around its lifetime. Hinging on the mass of the star, this lifetime extends from just a few million years for the most gigantic to trillions of years for the slightest huge, which is impressively longer than the time period characterized by the universe. All stars are born from falling mists of...
Stellar advancement is the methodology by which a star experiences an arrangement of radical updates around its lifetime. Hinging on the mass of the star, this lifetime extends from just a few million years for the most gigantic to trillions of years for the slightest huge, which is impressively longer than the time period characterized by the universe. All stars are born from falling mists of...
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