 | Speed of International Space Station The orbital speed of the ISS (28000 km/h - 17500 mph) at a altitude of 300 m (1000 ft). Dallas - Paris in 17 minutes. |
 | The Earth. Exploration of.... Exploration of the planet Earth. Discovery of rock, sand, 78% nitrogen and 21% oxygen atmosphere, Water and carbon-based life forms. Details: Epoch J2000 Aphelion distance: 152,097,701 km (1.016 710 333 5 AU) 94,509,130 mi Perihelion distance: 147,098,074 km (0.983 289 891 2 AU) 91,402,725 mi Semi-major axis: 149,597,887.5 km (1.000 000 112 4 AU) 92,956,041 mi Semi-minor axis: 149,576,999.826 km (0.999 860 486 9 AU) 92,943,062 mi Orbital circumference: 924,375,700 km ( 6.179 069 900 7 AU) Eccentricity: 0.016 710 219 Sidereal period: 365.256 366 days (1.000 017 5 yr) Avg. orbital speed: 29.783 km/s (107,218 km/h) Max. orbital speed: 30.287 km/s (109,033 km/h) Min. orbital speed: 29.291 km/s (105,448 km/h) Inclination: 0 (7.25° to Sun's equator) Longitude of ascending node: 348.739 36° Argument of perihelion: 114.207 83° Satellites: 1 (the Moon) Physical characteristics Ellipticity: 0.003 352 9 Mean radius: 6,372.797 km Equatorial radius: 6,378.137 km Polar radius: 6,356.752 km Aspect Ratio: 0.996 647 1 Equatorial circumference: 40,075.02 km Meridional circumference: 40,007.86 km Mean circumference: 40,041.47 km Surface area: 510,065,600 km² Land area: 148,939,100 km² (29.2 %) Water area: 361,126,400 km² (70.8 %) Volume: 1.083 207 3×1012 km³ Mass: 5.9736×1024 kg Mean density: 5,515.3 kg/m³ Equatorial surface gravity: 9.780 1 m/s² (0.997 32 g) Escape velocity: 11.186 km/s (≅39,600 km/h) Sidereal rotation period: 0.997 258 d (23h 56m 04.09054s) Rotation velocity at equator: 465.11 m/s Axial tilt: 23.439 281° Right ascension of North pole: undefined° Declination of North pole: +90° Albedo: 0.367 Surface temp.: Kelvin Celsius min mean max 185 K 287 K 331 K -88.3 °C 14 °C 57.7 °C Adjectives: Terrestrial, Terran, Telluric, Tellurian, Earthly |
 | Orbital - Speed Freak (Moby Remix) back 2 the old skool ! |
 | physchorbital- Orbital Speed freak (moby remix) Crazy shoes, how can you make crazy effect with no budget? Good question, we made it just with our imagination! |
 | Quran and The Speed of Light? For in depth analysis and detailed calculations: http://speed-light.info/speed_of_light_12000.htm -------------- When we compare the speed of light in vacuum with 12000 Lunar Orbits / Earth Day inside the gravitational field of the sun we get 11% difference. When we compare them outside the gravitational field of the sun we get zero% difference: The distance to the sun is not a constant; so as the distance to the sun increases the difference in energy causes the length of the lunar orbit to change. When the Earth-moon system exits the solar system 12000 Lunar Orbits / Earth Day becomes equal to the speed of light. Hence, if it is defined inside the gravitational field of the sun then this definition will be wrong with time; however since it is defined outside the gravitational field of the sun then this definition will be true for ever! PS:I didn't make this video I re-uploaded it from this bro: http://www.youtube.com/user/TrueFinalBoss Salaam Alaikum. |
 | √oKåß∞0∞√¶S¶ON...The Best Home √oKåß∞U∞Lization 3 What is Microgravity? Gravity is a force that governs motion throughout the universe. It holds us to the ground, keeps the Moon in orbit around the Earth, and the Earth in orbit around the Sun. Many people mistakenly think that there is no gravity above the Earth's atmosphere, i.e., in "space," and this is why there appears to be no gravity aboard orbiting spacecraft. Typical orbital altitudes for human spaceflight vary between 120 - 360 miles (192 to 576 km) above the surface of the Earth. The gravitational field is still quite strong in these regions, since this is only about 1.8% the distance to the Moon. The Earth's gravitational field at about 250 miles (400 km) above the surface maintains 88.8% of its strength at the surface. Therefore, orbiting spacecraft, like the Space Shuttle or Space Station, are kept in orbit around the Earth by gravity. The nature of gravity was first described by Sir Isaac Newton, more than 300 years ago. Gravity is the attraction between any two masses, most apparent when one mass is very large (like the Earth). The acceleration of an object toward the ground caused by gravity alone, near the surface of the Earth, is called normal gravity, or 1g. This acceleration is equal to 32.2 ft/sec2 (9.8 m/sec2). If you drop an apple on Earth, it falls at 1g. If an astronaut on the Space Station drops an apple, it falls too; it just doesn't look like it's falling. That's because they're all falling together; the apple, the astronaut, and the Station. But they're not falling towards the Earth, they're falling around it. But since they're all falling at the same rate, objects inside of the Station appear to float in a state we call zero gravity (0g), or more accurately microgravity (1x10-6 g.) Creating Microgravity The condition of microgravity comes about whenever an object is in "free fall": that is, it falls faster and faster, accelerating with exactly the acceleration due to gravity (1g). As soon as you drop something (like an apple) it is in a state of "free fall". The same is true if you throw something: it immediately starts falling towards the Earth. But how does something fall around the Earth? Newton developed a "thought experiment" to demonstrate this concept. Imagine placing a cannon at the top of a very tall mountain. Once fired, a cannonball falls to the Earth. The greater the speed, the farther it will travel before landing. If fired with the proper speed, the cannonball would achieve a state of continuous free-fall which we call orbit. The same principle applies to the Space Shuttle or Space Station. While objects inside them appear to be floating and motionless, they are actually traveling at the same orbital speed as their spacecraft: 17,500 miles per hour (28,000 km per hour)! Objects in a state of free-fall or orbit are said to be "weightless." The object's mass is the same, but it would register "0" on a scale. Weight varies depending on if you are on the Earth, the Moon, or in orbit. But your mass stays the same, unless you go on a diet! NASA uses a variety of facilities to create microgravity conditions. The most "famous" way is by aircraft flying in parabolic arcs to create microgravity for tests and simulations that last 20-25 seconds. NASA's Johnson Space Center, for example, operates a C-9 Low-G Flight Research aircraft also known as the "Vomit Comet." It makes several trips each year to NASA Glenn in support of ground-based microgravity research. It's predecessor, a KC-135 aircraft, was used to shoot the weightless scenes in the best movie ever.. "Apollo 13." The facilities most-likely to be misconstrued as "anti-gravity chambers," are NASA's drop towers. Specifically, NASA Glenn has the "Zero Gravity Research Facility." It is a large shaft some 500 feet deep that allows test packages to free fall in a vacuum for just over 5 seconds. In this state of free fall, weightlessness (at or near microgravity) can be obtained. NASA Glenn also has a 2.2 second drop tower. You may have experienced weightlessness yourself and not realized. Many amusement park rides create brief periods of free fall. Some rides that operate vertically without any applied forces are actually classified as "free fall rides." Most roller coasters have a set of parabolic (rolling) hills that also create brief periods of weightlessness. For less adventurous people, a car ride on the rolling hills of a country road or jumping on a trampoline also create brief experiences of weightlessness. ------------------------------------------- For more information on microgravity research at Glenn in support of for space exploration, visit the Human System Research and Technology page. www.NASA.GOV "Happy Landings" √oKåß∞0∞√¶S¶ON BongoBeardy Records ALL RIGHTS RESERVED CONTACT:info@bongobeardy.co.uk |
 | STS-123 Distant Unknown Object March 18th. The astronauts having completed most of the installation of "Dextre" onto the "arm" are inside doing a number of different tasks. NASA switches to an outside view of "Dextre" and it remains on that shot for quite some time. Then at 1:30pm (PST) an "unknown object" enters from the right and slowly starts moving upwards. From the closeness of the station and the distance of the "unknown", the two do not "appear" to be at the same trajectory/orbital speed. The "unknown object" despite it's distance "appears" to be moving a bit faster, but this also could be simply that our "POV" (Point-Of-View) lends to that illusion. It could be traveling 'up' and away from the station (conjecture on my part). Where to look for the object? Look above the middle to the right edges end, (in fact if you were to look next to the video's edge, it would be in between the middle and the top of the right edge). I think one of the reasons why NASA didn't immediately switch from this camera view is that the object was not seen. The reason for this might be because when we look at a monitor or TV, the information on all sides is cut off a bit so that the screen's edging is hidden a bit by the walled enclosure. So perhaps until the "unknown object" moved out and past the monitors/TV's enclosure did they see it, and then switch to another view. We on the other hand are seeing/watching the "feed" without those "walled enclosures" and so would have a bit more time to catch "something". |
 | 1 GALLON ROSS DOUBLE PLANETARY MIXER - S/S - VACUUM - JACKET http://www.arnoldeqp.com/1240 (1) - Used Charles Ross Model LDM-1, 1 pint to 3 1/2 qt. working capacity, 1 gal. total capacity double planetary mixer. Stainless steel contact parts. Rated full vacuum. 38-190 RPM stirrer speed. 20-100 RPM orbital speed. 8 1/4 in. Dia. x 5 in. deep jacketed bo Manual pump hydraulic lift head. Sterling 1 HP 3/60/ 208-230-460V 1725 RPM motor and variable speed explosion proof drive. Includes start/stop and amp gauge. Built 1982. Offered cleaned, painted and test run. F.O.B. - LOCATION |
 | Jeanie Rub Variable Speed Massager AllAboutMassagers.com - The Jeanie Rub Variable Speed Massager is the professional's choice. This powerful orbital massager provides relief where you need it. |
 | Planet Riders Planet Riders™ Breakneck, high-speed races in the third millennium around the planets in our solar system! Features: - 3D high speed racing game with lots of cool jets - Outstanding track designs - Power-ups for weapons, boosts and repairs - Game modes: Race, Tournament, Time Qualification - Head-to-head races via Bluetooth* In the third millennium there are race tracks in the orbits of the planets in our solar system. Teams from six nations race against each other in a merciless battle to win on orbital high-speed tracks from the burning hell of Mercury to the eternal ice of Pluto. Daredevil pilots compete in hair-raising races on three-dimensional orbital race tracks with different jets from former army supplies and retired spaceships. Dirty tricks and even the use of weapons are allowed. Collect lasers, rockets and mines along the way in order to win the dangerous tournaments. Six teams, eleven jets, ten planets, three game modes and head-to-head races via Bluetooth* against your friends await you! |
 | Biggs Wedge art Speed Run This is a speed run of 2 soldiers i drew getting owned. The program is oC and this took me approx 2 hours and 30 minutes to draw. The first one I just gave him a scifi helmet and the second one I wanted him to look a little bit more modern. I am far from a pro, but i hope to reach that level one day. The song is UT remix " Foregone Destruction - Orbital " |
 | 2174: High Speed Robot Action A new perspective on the Zone of the Enders 2 trailer, w/ the demanding "The Edge of Heaven" by 2 Unlimited. |
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