Is there such thing as an alien periodic table? If so send me a picture of it to villanueva21@VERIZON.NET?
339238
If aliens do indeed exist ( and, given the vastness of the universe, it seems likely ) we cannot know their state of scientific knowledge.  Given an advanced culture, one would assume that elements would be placed in some sort of table based on the behaviour of said elements, and would almost certainly be identical to ours in structure.\n\nIf you're asking about different elements beyond the ones we know, well that too is a virtual certainty; we make new ones all the time...I don't doubt that there are many more than we know about.\n\nWell done for thinking about these things.\n\nEDIT :  Existence is existence, whether an atom of an element exists for a microsecond or a million years.  Furthermore, although many elements are unstable - in order to BE unstable, an element must first exist.  Moreover, well...let's just say islands of stability and the show ain't over 'til the fat lady sings....
831330
After looking it up on the internet, it looks like a scam.  Try looking up Iridium Copper and see for yourself.
923944
Are you referring to the exercise on this page:\nhttp://galileo.phys.virginia.edu/outreach/8thgradesol/PeriodicTable.htm\n\nI had never heard of that before (I teach chemistry); sounds like an amusing exercise! Only I can't see why they'd call Francium an element in group13 (IIIA) and period 4 when it is already a real element in group 1A, period 7! Good luck! I'm assigning Gas Law homework currently and have very little time, or else I'd do the exercise!
373528
Yes I work for the institute of color technologies. We need to figure out everyones favortie color in the entire universe.(including aliens) can you help?
292338
www.chemistrylecturenotes.com/html/periodic_table.html \ncontains a printable image of the table
726408
Streams of matter and antimatter directed into crystallized dilithium generate plasma that is used to power the warp drives that allow starships to travel faster than light. \nDilithium's chemical symbol is Dt, its atomic weight is 87 and it is a member of the hypersonic series of elements.\nIt is established that a large amount of dilithium can cause a planet to become geologically unstable.\n\n\n\n\n\n\nAnd Now The TRUTH!\nDilithium and higher numbers of covalently bonded lithium atoms do exist in the real world, albeit in small quantities. It has been observed, for example, that 1% of lithium in the vapor phase (by mass) is in the form of dilithium. Clusters of lithium atoms also exist; the most common arrangement is Li6.
488000
I doubt we know it yet.  We know of a limited number of stable atoms that can be found in our solar system, and a few that have been made by man, though many of the nam made ones are not stable.  Most of the heavier atoms were created during several Supernova explosions.  It is reasonable to suspect that a planet system that formed from the debris left from extremely massive Supernova, the energy from those explosions may have created some exotic element we are not even aware of yet.  Perhaps such element exist on Earth, but in such tiny amounts that we are not even aware they are there yet.
56248
Check ur previous question's answer given by me.The site given in it contains all ur answer based on the Periodic Table of the elements.If U want the site in this answer too,then here it is:-\nhttp://mtsu32.mtsu.edu:11233/111-ch3.html
336969
You answered your own question. They're arranged in order of weight. Okay, they're not in perfect order, but nearly every periodic table lists the ordinal (1,2,3,4...etc) atomic weight right on it.
792312
I'm sure there's a large chance element in it, but one idea for the pretty clearcut difference between the inner "terrestrial" planets and the rest is explained at the following link:\nhttp://curious.astro.cornell.edu/question.php?number=246
722015
it is a noble gas, but just because something isnt solid doesnt meanits a nonmetal. metals all become gasses at high temperature. the metals are on the left side of the periodic tabl and the non metals arre on the right. xenon is all the way on the right so its a non metal.\n\nhttp://en.wikipedia.org/wiki/Periodic_table#Standard_periodic_table
931473
I have this very object. My foolish neighbor calls it an air humidifier, like he knows anything, ( he thinks we landed on the moon, I know crazy)\n     You can borrow it, but you have to come at night. My house is the one covered in tin foil and cloaked in the star trek special edition invisibility shield, with extra force field protons.
538197
YA YA YA PLS MAIL IT 2 aliens11r17@yahoo.co.in,if u cant then pls atleast giv me da 10pts
1128190
Yes 100%\n\nBut see,  I always thought is was Glob Emerald from the planet Rory.  See how these things can get mistranslated, or are you just a HEATHEN spreading miss information?  You will burn in the fiery pits of Upper NeztPar!
1135665
The possibilities are infinite...You can see everything from the "al-bridge-a" of your ship...Just "Googol" it to find out!\nIf he had Avogadro's number, he could discover the mole who's spying on him...\nSee you later; I have a leftover piece of pi in the fridge...(Pi are squared?  No, pi are round!)
612990
At the bottom of the perodic table...\n\nThey are technetium (at. no. 43), which was the first element to be synthesized, promethium (at. no. 61), astatine (at. no. 85), francium (at. no. 87), and the transuranium elements (at. no. 93 and beyond in the periodic table). Some of these elements have since been shown to exist in minute amounts in nature, usually as short-lived members of natural radioactive decay series (see radioactivity).\n\nThe synthetic elements through at. no. 100 (fermium) are created by bombarding a heavy element, such as uranium or plutonium, with neutrons or alpha particles. The synthesis of the transfermium elements (elements with at. no. 101 or greater) is accomplished by the fusion of the nuclei of two lighter elements. Elements 101 through 106 were first produced by fusing the nuclei of slightly lighter elements, such as californium, with those of light elements, such as carbon. Elements 107 through 112 were first produced by fusing the nuclei of medium-weight elements, such as bismuth or lead, with those of other medium-weight elements, such as iron, nickel, or zinc. Element 114 was first produced by fusing the nuclei of plutonium and calcium and subsequently by fusing the nuclei of lead and krypton, as was element 116. Element 115 was produced by bombarding americium with calcium, and element 113 resulted from the radioactive decay of element 115. The claim by Lawrence Berkeley National Laboratory to have created element 118 has been retracted.)\n\nThe transfermium elements are produced in very small quantities (one atom at a time), and identification is therefore very difficult because of half-lives ranging from minutes to milliseconds and the need to identify the products by methods other than known chemical separations. This has led to controversy over reported discoveries and over the naming of the elements. It has been predicted that one isotope of element 114—containing 114 protons and 184 neutrons—would be very stable because its nucleus would have a full complement of protons and neutrons. Termed an “island of stability,” its half-life might be measured in years. However, none of the three isotopes of element 114 synthesized as yet have as many as 184 neutrons, and their half-lives are still in the millisecond range.
825026
what you need to do, get a SI data book, and look up their natural state. not bonded with anything else, and possibly itself.\n\nPhophorus - white: molecular (P4). red: Chain. Black: Layer\nIodine - molecular (I2)\nMagnesium - hexagonal closest-packing\nNeon - cubic closest-packing\nArsenic -grey: 3d structure - Layer formation. yellow: molecular As4\nSulfur- molecular S8\nBoron - complicated structure.\nSelenium - grey: chain, Red: molecular: Se8\nGallium - Complicated\nCesium - body-centred cubic\nOxxygen - O2, O3 molecular