How do u assemble an atom bomb?
602659
This is not a very smart question to be asking given the War on Terrorism we are involved in around the world.  There are at least 6 Nuclear Powers in the world that I know of, the US, UK, Russia, Israel, China, and France, nations which have or are capable right now in building and delivering by missile or briefcase, to a designated target.  There are at least 5 more working hard to enrich uranium to build their bomb, having already obtained a delivery system. Our government is very jittery and gets very suspicious of people who ask the kinds of questions you did.  If you want people knocking on the door at home, your doing a fine job of attracting the kind of attention and scrutiny you do not want, trust me.  I am one of those people who watched out for people like you before I retired.  Do yourself a favor and find a new interest.
1172060
You can ask atomic research agency. they are using this type of software.
191658
1.Get rich, I mean really rich. \n2.Go to a country that has A-bomb fuel (enriched uranium) and not such a good security as the US, pay some of their soldiers to steal some uranium. \n3.Download the plans for a small A-bomb from the Internet. \n4.Build the A-bomb.\n5.Rate my answer as the best.\n6.Do about 25 yrs. in prison.\n7.Get out, get married, live happily ever after.
596591
put a lot of sticks in a pile with some newspaper, light a match, and if it doesnt work add some flamable liquid\n\n\nJust dont singe your eyebrows.....!!!!!!!!!
18708
One way is to strip off a bunch of its electrons with\nlight pulses or with charged plates...and then send\nit to circulate through a curved magnetic field\n(since the atom has lost some electrons, it is now\ncharged, and charged particles speed up when you\nput them into a curved magnetic field). When you get\nthe atom going really really fast, change the field\nand let the particle slam into a target. Sort of\nlike throwing an alarm clock against a wall really hard....\nthe atom smashes open and we see its "insides"\ncome screaming out (using a special detector).\n \nThis is called a "particle accelerator,
314204
Because of the weight of the sticks, you will probably need to split them into 1/4 or 1/8 widths, wet them and curve then for the wing shape (rounded on top), and then glue them in a framework. Use tissue paper. If you make a propeller, you could power it with a wound rubber band.\n\nConstructions such as this were made by aeronautic teenagers 50 years ago, but they usually used balsa wood.
1066558
Anit-matter is related to the atomic bomb? How?  The "atomic" bomb was a device that created a nuclear fission chain reaction.  No anti-matter was used.  The modern "nuclear" or "hydrogen" bombs are fusion devices (which create the energy needed for the fusion reaction by first detonating an atomic fission device), but still, no anti-matter involved.  \nNow, a positron (or the anti-electron) can come about under certain circumstances of a photon interacting with things such as carbon or fluorine and a couple others causing beta particle decay, but none of the right elements was used in any bomb.
607558
Well, there are two ways. One way is nuclear fission, like in an atomic bomb. A slow-moving neutron is fired into a large atom (like Uranium-235, or Plutonium-239). The neutron hits the atom, causing it to reverberate and stretch, until it splits into two smaller atoms, releasing tons of energy.\n\nThe other way is the way they do it in the lab, using a linear accelerator or a cyclotron. Regardless of the method, a small particle is propelled using powerful magnets to almost the speed of light. It then smashes into a large atom, where it disintegrates into a slurry of subatomic particles.
189893
The A-bomb generates its massive amount of energy using fission.  When intense pressure is applied to the radioactive material, the nuclei of the atoms within split apart, releasing tremendous amounts of energy.\n\nThe H-bomb generates its energy through fusion.  An A-bomb is required to start the process.  When the A-bomb goes off, tremendous pressure is applied to a hydrogen core, which causes the hydrogen atoms to fuse into helium atoms.  The reaction results in a reduction of mass.  The 'lost' mass is converted into energy, which results in a huge explosion.  The H-bomb is considerably more powerful than an A-bomb.\n\nThe theoretical next step would be a carbon-bomb, which would require an H-bomb to induce fusion in a carbon core.  These bombs could be powerful enough to blow a hole through the crust, revealing the mantle beneath.
235740
Use toothpicks and colored gumdrops.\n\nChoose a color for: protons, neutrons, and electrons.\n\nThen use the colored gumdrops to represent them. for example, use 2 blue gumdrops for the protons, 2 red gumdrops for the electrons.\n\nthen connect them using the toothpicks- so end result is it looks lke an atom with te protons in the middle (nucleus) and electrons on the outside.
440969
It’s actually not that easy and I disagree that a student can make a nuclear bomb, dirty bomb, maybe, nuclear bomb, no. There is an isotope of uranium that is required. An isotope is an element with the same number of protons but a different number of neutrons. Common uranium is known as U238. Uranium used for making bombs is the rare U235. Once enough U235 is gathered, it must go through an enrichment process. Various equipment and technology is needed. Yes, the United States has been able to this for more than 60 years, but the technology is heavily guarded by the civilized world. Iran has had to start from the beginning to develop the technology which is not trivial.
819769
Read Angels and Demons. Although the antimatter making technique is totally impractical, it just might be possible to store the stuff in a hand-grenade sized container. Magnetic suspension has already been done, although it would make a large hand grenade with current technology.\nhttp://www.levitron.com/\n\nA truly perfect vacuum really is impossible, but a near-perfect vacuum could be done. Just as long as you eliminate all the gas molecules floating around, you should be safe enough. http://www.physlink.com/Education/AskExperts/ae290.cfm
225113
Helium bomb? Do you mean hydrogen bomb?\n\nAnyway, an atomic bomb uses uranium or plutonium, heavy elements, and bombards them with a force, which splits the heavy nuclei into smaller nuclei, with a huge rush of energy. This is called nuclear fission.\n\nHydrogen bombs are kind of the opposite. They perform nuclear fusion, which is much harder to do. Hydrogen bombs use atomic bombs to provide the force. In the center is a pellet of deuterium, a hydrogen isotope with a neutron. The deuterium fuses together to form helium, creating a much, much, much bigger explosion than fission.\n\nOne modern hydrogen bomb can instantly vaporize all the water in the San Francisco Bay.
150926
A good way is by pressure; e.g. the Works bomb. If you would be more specific, that might help. Don't hurt yourself, either.
208028
You try to bombard u-235 with a neutron.
1117253
Yes, it's done all the time in nuclear reactors. \n\nIt's done by shooting neutrons at atoms of Uranium-235, which is "fissionable", meaning it's a kind of atom that can be split. (Other kinds of atoms can't be split, at least not easily).\n\nThey don't pick the individual atoms they want to split; they just put a bunch of U-235 near a neutron source, and wait. Nor do they see the atoms. They determine it has been split by analyzing the uranium before and after it's been bombarded. Afterwards, there are trances of other elements that weren't there before. So that's how they know.
813964
♥    since i cant put it together i will show u wut 2 type step by step\n\n1.  &\n2.  hearts\n3.  ;   \n\njust put all of those together and make sure hearts is lowercase