I'm a dreamer

AKB48 RIVER~  AKB~! 48! Mae e susume! (Got it!) Tachidomaru na! (Got it!) Mezasu wa hi ga noboru basho Kibou no michi wo aruke! Yukute habamu river! River! River! Yokotawaru river! Unmei no river! River! River! Tamesareru river! Mayoi wa suterun da! Konjou wo misero yo! Tamerau na! Ima sugu Ippo fumidase yo! Believe yourself! Mae e mae e! Massugu susume! Kawa wo watare!! Ho! Ho! Ho! Ho! Itsu datte yume wa Tooku ni mieru Todokanai kurai kyori kanjiru Ashimoto no ishi wo Hitotsu hirotte Gamushara ni natte Nagete miro! Kimi no me no mae ni Kawa ga nagareru Hiroku ookina kawa da Kuraku fukakute mo Nagare hayakute mo Obienakute ii Hanarete ite mo Soud

SEBUTAN FANS MEMBER SNSD   Fandom per member 1. Taeyeon              :  Taegangster 2.  Jessica                 :  Gorjess Spazzer 3. Sunny                   :  Sunshiners 4. Tiffany                  :  Fanytastic 5. Hyoyeon              : Hyohunnies 6. Yuri                        :  Yurisistable 7. Sooyoung            : Sooyoungster 8. Yoona                   : YoonAddicts 9. Seohyun              : Seomates Kalau aku sukanya  sama YOONA & HYOYEON >> YoonAddict &Hyohunnies   Kalo kamu siapa?? harap comment yaa!

WHY PLUTO IS NO A PLANET?? ~   Until recently, Pluto was the ninth planet from the Sun. It was also the smallest planet. Poor Pluto. Just how did he get "kicked out" of our family of planets? And who are his "real" family members? Astronomers have already named three other objects in the solar system that are about the same small size as Pluto. They are Ceres [SEAR-ees], Makemake (MAH-kee-MAH-kee], and Eris (AIR-iss]. These objects, along with Pluto, are much smaller than the "other" planets. Ceres orbits in the Asteroid Belt between Mars and Jupiter. Makemake, like Pluto, is part of the "Kuiper [KI-per] Belt," which is a region of trillions of icy objects orbiting beyond Neptune. Eris' orbit is even farther out. Astronomers have put these objects into a new family called dwarf planets. This picture shows the sizes of dwarf planets Pluto, Ceres, Eris, and Makemake as compared to Earth and Earth's Moon, here

ONE WAY TO FIND A PLANET.~                 In the case of the Earth and the Sun, both bodies orbit around the very center of the mass (similar to center of gravity) between them. This point is called the " barycenter ." Earth and the Sun are "connected" by the gravity pulling them together. It's just like the light end and heavy end of the sledge hammer. Compared to the size of the Sun, though, Earth is about like a flea on a cat! So the center of mass between the Earth and the Sun is almost—but not quite—the very center of the Sun. Jupiter, on the other hand, is 318 times as massive as Earth. Therefore, the barycenter of Jupiter and the Sun is a bit further from the Sun's center. So, as Jupiter revolves around the Sun, the Sun itself is actually revolving around this slightly off-center point, located just outside its surface. The barycenter "wobble" gives us a way to find plan

What Is Gravity Really?  Because of gravity, if you drop something, it falls down, instead of up. Well, everybody knows that! But, what does this really mean? What is gravity? Gravity has played a big part in making the universe the way it is. Gravity is what makes pieces of matter clump together into planets, moons, and stars. Gravity is what makes the planets orbit the stars--like Earth orbits our star, the Sun. Gravity is what makes the stars clump together in huge, swirling galaxies. A great scientist, Albert Einstein, who lived in the 20th century, had a new idea about gravity. He thought that gravity is what happens when space itself is curved or warped around a mass, such as a star or a planet. Thus, a star or planet would cause kind of a dip in space so that any other object that came too near would tend to fall into the dip. This 2-D animation gives an idea of how gravity works in 3-D. Quit

                                    Which sentence best describes Pluto? Pluto is the largest of the "ice dwarfs" in our solar system. Pluto is just one of many icy objects in a distant area of our solar system. Pluto and its large, orbiting companion object Charon, are tipped on their sides. All of the above. Well, just pick the answer you like best, because they are all true! One thing is certain. Pluto and its neighborhood are very peculiar. If scientists could unravel some of their mysteries, we would know more about how our solar system formed. More Fun Facts About Pluto: Pluto is only about half the width of the United States. Charon is about half the size of Pluto. Charon is the largest moon compared to the body it orbits (whether planet or dwarf planet) of any moon in the solar system. Almost all the planets travel around the Sun in nearly perfect circles. But Pluto does not. It takes a

Why I always publish about outer space ? ? because my goal is a scientist , so please be advised yes ! !

       If you love to play the piano , please play this one !         http://www.youtube.com/watch?v=qmz27SZSsHc&feature=player_detailpage        Can play this?? ^^

1. Menangkap ide Langkah awal agar bisa menulis sebuah cerita adalah memiliki ide cerita. Ide cerita tidak harus yang rumit-rumit. Kejadian sehari-hari yang dilihat atau dialami bisa menjadi ide cerita. Ide ini dapat juga dijadikan judul cerita. Misalnya melihat seorang gadis sedang menyapu halaman. Itu bisa menjadi ide cerita sekaligus dapat dijadikan judul, “Gadis Penyapu Halaman”. Kalau judulnya dirasa kurang pas, bisa diganti dengan judul yang lain. 2    2. Menulis dengan gaya bahasa sendiri Langkah selanjutnya adalah menuliskannya dengan gaya bahasa sendiri. Orang yang bisa baca tulis tentu bisa melakukannya. Ini yang kadang enggan dilakukan oleh pemula. Rasa pesimis sudah menghantui padahal belum mencoba. Bagaimana akan bisa jika mencoba pun tak dilakukan? Menulis dengan gaya bahasa sendiri berarti menulis dengan gaya yang biasa dilakukan. Berarti pula menulis sebisanya, ya sebisanya saja. Tak perlu dipaksakan dengan gaya bahasa yang mendayu ala Khahli

                  There are still lots of comets in the solar system. The Kuiper Belt is a big region of icy objects, including comets, out beyond the orbit of Neptune. Another region with even more comets is the Oort Cloud. This region is way, way out there. It is about 30 - 50 times farther away than the Kuiper Belt. Comets from either region sometimes go "off course." When they do, they sometimes end up in the inner solar system near Earth. Comet Hartley 2 looks a little like a peanut. It's about 1.25 miles (2 km) long. It probably contains more than enough water to quench your thirst after eating a ton of peanuts! A telescope called the Herschel Space Observatory recently made an interesting discovery about a comet. Herschel studied Comet Harley 2 in infrared light. Infrared is a kind of light we cannot see, but we may feel as heat. Herschel can point toward a comet and analyze the water molecules in the fuzzy cloud of mist—or coma. This

                 Earth first formed about 4.5 billion years ago. At first, it was too hot to have an ocean. Any water would have boiled right off. After Earth cooled down, the water would stop boiling off into space. Any water would actually stick around. The rocky material that formed Earth in the first place contained some water. But that probably doesn't account for all the water.  Comets are mostly water ice. It could be that comets made regular water deliveries to Earth. It would take a lot of comets to fill the ocean! But comets could well have made a big contribution. Asteroids contain some water too, so they may have contributed.

             Scientists have ideas about why Saturn has rings, but no one knows for sure. What are Saturn's rings made of? Are they solid  Or are they made of many particles dancing in formation around the planet? Four robotic spacecraft from Earth have visited Saturn—Pioneer 11, Voyager 1, Voyager 2, and Cassini. They have revealed many surprising things about Saturn's rings. The small color differences in Saturn's rings have been enhanced in this picture from Voyager 2 data. This Voyager 2 picture shows the gap in the rings called the Cassini Division. Over 60 bright and dark ringlets show up in this color enhanced image from Voyager 2 data. The rings are about 400,000 kilometers (240,000 miles) wide. That's the distance from the Earth to the Moon! But the rings are as little as 100 meters (330 feet) thick. They range from particles too tiny to see to "particles" the size of a bus. Scientists think they are icy snowballs

METEOR SHOWER                  A meteor is a space rock—or meteoroid—that enters Earth's atmosphere. As the space rock falls toward Earth, the resistance—or drag—of the air on the rock makes it extremely hot. What we see is a "shooting star." That bright streak is not actually the rock, but rather the glowing hot air as the hot rock zips through the atmosphere. When Earth encounters many meteoroids at once, we call it a meteor shower. Why would Earth encounter many meteoroids at once? Well, comets, like Earth and the other planets, also orbit the Sun. Unlike the nearly circular orbits of the planets, the orbits of comets are usually quite lop-sided. As a comet gets closer to the Sun, some of its icy surface boils off, releasing lots of particles of dust and rock. This comet debris gets strewn out along the comet's path, especially in the inner solar system (where we live) as the Sun's heat boils off more and more ice and debris. Then, several ti