what are the new satellites that were sent in the outer space?
145277
http://www.education.noaa.gov/\nOn this website, you can access many educational activities, publications and booklets on the following topics: Satellites and space, oceans and coasts, climate change and our planet, and weather.
337913
The olden ones are \nAryabhatta (the oldest),\nBhaskara I & II,\nAPPLE (Ariane Passenger Payload Experiment),\nRohini,\nStretched Rohini Series Satellites (SROSS-C and SROSS-C2),\nSatellite Instructional Television Experiment (SITE),\nSatellite Telecommunication Experiment Project (STEP),\nand of course, the moon. It belongs to all the countries and so is also a satellite for India. And this the oldest of all sattelites to our earth.
843663
HOW MANY ARE KNOWN AT THE MOMENT?:\n\n8 in our solar system + 3 dwarf planets\n\n(Planets: Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus & Neptune) (Dwarf Planets: 1 Ceres, 134340 Pluto, 136199 Eris)\n\nAND IN THE MILKY WAY GALAXY?\n\nSince pulsar planets were discovered in 1992 and 51 Pegasi b was discovered in 1995 we now know a total of 209 orbiting other stars:\n\nDetected by radial velocity method: 169 planetary systems, 197 planets, 20 multiple planet systems. \n\nDetected by microlensing: 4 planets. \n\nDetected by direct imaging: 4 planets. \n\nPulsar planets: 2 planetary systems, 4 planets, 1 multiple planet system. \n\nSee the full list in the Encyclopaedia of Exoplanets (third link) published and maintained by the Paris Observatory. Appropriately as it was the work of Urbain LeVerrier at that observatory that led to the discovery of Neptune in 1846.\n\nWHAT OF THE FUTURE?\n\nImproved detection rates can be expected in the coming years. Principally from CoRoT and the Kepler Mission: which being space-based will avoid the problems the earth's atmosphere creates for ground-based telescopes,\n\nCOROT:\n\nOn 15th November 2006 the CoRoT spacecraft arrived at the Baikonour launch base,\n\nCOROT (COnvection ROtation and planetary Transits) is a space mission approved and led by the French Space Agency (CNES) in conjunction with the European Space Agency and other international partners. The primary objective of COROT will be to search for extrasolar planets, particularly those of large terrestrial size. It is scheduled for launch on December 22, 2006, and will be the first mission of its kind.\n\nCOROT consists of a 27 cm in diameter afocal telescope with an array of spectroscopic detectors. The satellite has a launch mass of 630 kg, is 4.10 metres long, 1.984 metres in diameter and powered by two solar panels. \n\nA Russian rocket will lift the satellite into a circular polar orbit with an altitude of 827 km. Over its planned 2½ years mission it will observe perpendicular to its orbital plane meaning there will be no Earth occultations, allowing 150 days of continuous observing. During the northern Summer it will observe in an area around Serpens Cauda and during the Winter it will observe in Monoceros. Between this observing periods for 30 days, COROT will observe 5 other patches of the sky.\n\nThe probe will monitor the brightness of stars, watching for the slight dimming that happens in regular intervals when planets transit their primary. COROT will be sensitive enough to detect rocky planets, though only those several times larger than Earth; it is also expected to discover new gas giants, which comprise almost all of the known extrasolar planets.\n\nCOROT will also undertake asteroseismology. It can detect luminosity variations associated with acoustic pulsations of stars. This phenomenon allows calculation of a star's precise mass, age and chemical composition and will aid in comparisons between the sun and other stars.\n\nIn each field of view there will be one main target star for the asteroseismology as well as up to nine other targets. Simultaneously, it will be recording the brightness of 12,000 stars brighter than apparent magnitude 15.5 for the extrasolar planet study. It is expected that a few dozen planets will be found.\n\nTHE KEPLER MISSION\n\nThe scientific objective of the Kepler Mission, due for launch in 2008, is to explore the structure and diversity of planetary systems. This is achieved by surveying a large sample of stars to achieve several goals:\n\nDetermine how many terrestrial and larger planets there are in or near the habitable zone of a wide variety of spectral types of stars \n\nDetermine the range of sizes and shapes of the orbits of these planets \n\nEstimate how many planets there are in multiple-star systems \n\nDetermine the range of orbit size, brightness, size, mass and density of short-period giant planets \n\nIdentify additional members of each discovered planetar
1126158
There are almost 25,000 man-made objects: 8681 currently in orbit, and over 16,000 objects in a state of decay. Not every single satellite is included, since some are too small or too far away from home to be detected.
47636
Yes I have.  They featured an article about it on Space.com and the NASA website.  Seems that many other Kuiper belt objects have mutiple satellites (moons) as well.  It will be interesting what the New Horizon probe will find when it gets out to Pluto and beyond.  I am hoping the launch will be on time so it can use the gravitational assist from Jupiter to get there quicker.  There was a NASA site where a person could get their name placed on a CD that is launching with the probe.  Several of my friends and I signed up and our names are on that disk now.
231373
No. There were "probes" some of which could be considered "robotic", sent to the moon, however none of them are functioning, and at least one robot, sent by USSR, crash landed. There are European probes, and Japanese probes, that are supposed to be sent, but don't believe it till you see it. Out of the things sent to the moon, one thing still functioning, is a mirror left behind, which is used to bounce a laser off of, and gives an exact measurement of the distance between the earth and the moon.
151096
There are two types of satellites: polar and geostationary. Polar satellites circle the earth, covering the north pole and the south pole on every circle, at an altitude of about 850 km. A geostationary satellite "moves with the earth" and is always situated over the same place over the equator, at an altitude of about 36000 km.
631301
Go here and register ( Free )..Plug in your location.\nThe site tracks several satellites and the space station.\n\nhttp://www.heavens-above.com
78872
I have seen lots of satellites, as well as the International Space Station, Skylab (late '70s), and the Iridium satellites.  The Iridium satellites have large solar panels that reflect a lot of light and will brighten for a short time making them quite visible.  It is call an Iridium flare.  You can go to a website called Heavens Above and see times when you may be able to see satellites overhead in your area.
628444
Thousands. There have been about 4000 launches (some with multiple payloads) and my guess is that several hundred of the satellites involved are still active. Nine individual countries have launched satellites (USA, Russia, Japan, China, France, India, Israel, Australia, UK) as well as international consortia (ESA, the European Space Agency, being the most important of those). A large number of countries have enough money and could easily acquire the technology to launch satellites, but choose for economy and convenience to either have another country launch their payloads or to participate in the space projects of other nations.
273135
2271 ARE IN ORBIT RIGHT NOW
687844
Pictures from low orbit were taken by the Russian and American astronauts in the early 60's.\n\nBut the most impressive picture was taken in 1968 by the Apollo 8 astronauts: the first  photograph of the Earth from deep space.\n\nhttp://antwrp.gsfc.nasa.gov/apod/ap051224.html
231655
Have you checked Space.com?
18267
Space, the final frontier.
301206
The Satellite Situation Report from NASA's Goddard Space Flight Center. Dated September, 1997, the report counts almost 25,000 man-made objects: 8681 currently in orbit, and over 16,000 objects in a state of decay. Not every single satellite is included, since some are too small or too far away from home to be detected.\n\nRussia leads the list in decayed objects (with a debris count close to 10,000) and comes in a close second (3897) to the United States (4018) for currently orbiting objects. Keep in mind that these figures are already a few years old.
389770
Aliens from outer space.
978319
The orbit is called geosynchronous.  Check out the NASA website.  Your can see all the satellites we human have put into orbit.  It'll shock you!