A disposibul camera
alot of copper wire (the thiner the better)
A switch.
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http://www.flickr.com/photos/75690332@N04/7569237480/
but what should i do for a stronger wave? add some extra wire?
or any other options?
i dident becse i think it would make the voltage lover is it tru or not?
1) That won't put out an EMP, it's not even an electromagnet.
2) Your spelling is awful
3) My maths is awful
also what charge is supplied to this coil AC - DC ? and to what amount?
an EMP will not permanently damage an electrical device. It may be momentarily attracted to it, but there is no evidence for them being able to destroy circuits.
nuclear EMPs usually have a very small range compared to it's conventional blast, at surface level the conventional blast wave not only outpaces the EMP but it also envelopes it. however as you start detonating the nuclear weapon higher in the atmosphere you start seeing the range of the EMP increasing. 1 mile in the atmosphere could take out an entire state the size of say Kentucky. 2 miles could take out a good section of the breadbasket. 3 miles could take out anything not in a faraday cage or anything that isn't properly grounded device.
what happens with a nuclear emp is that the gamma rays "knock" electrons out of the air ionizing it and this forms a blast wave composed of the "knocked" electrons. this wave induces high voltages and currents in microchips as well as overloading the pigtails on telephone poles.
*spoiler* as a post script note: this is the concept that they were showing in call of duty modern warfare 2 when they blew up the space station.
however what they don't tell you is that properly grounding any circuit to earth will save most any circuit from an emp and anything with a microchip can be saved by "grounding" it to a Faraday cage that is grounded.
any transformer or coil will produce an emp, just like sparks will. if you hold up a radio to the light switch as you flick it on and off you can hear it's emp on a quiet station. the reason why electronics aren't affected wholesale by light switches is because the strength of the emp just isn't there. same with a coil like this, the energy is stored very briefly in the big huge electromagnet then when the magnetic field collapses because the current stopped then it transmits an electromagnetic wave which can be though of as an incredibly small EMP.
finally while we should promote good spelling and grammar i highly suggest you do it in a better way, just telling someone they are bad at grammar solves nothing but shamming the person. instead describe the proper usage of punctuation and vocabulary and above all else be a good example of proper spelling.
L