can you give me 5 different conductors of electricity?
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Best ones are the metal elements with "spare" electrons.\nGold\nSilver\nLead\nCopper\nIron\nEtc.\nPS Pure water doesn't conduct electricity - it's the impurities or trace elements that do the conducting
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The number of ports on the switching equipment.
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ring the indian electricity company and ask them to send you out a sample acount for electricity
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Quin 5\nSex 6\nSept 7\nOct 8\nNon 9\nDec 10
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good conductor of heat and electricity, a metal, lustre, maleable and ductile...
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Kinetic, potential, nuclear, chemical and electrical.
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There are many types but all work on the principle that different semiconductors (i.e conducts electricity under certain conditions) placed together can turn on larger currents in another circuit.\nThe metals usually used are Germanium, Gallium, Asenide or compound of these including Silicon and Aluminium.\nYou might want to look at http://en.wikipedia.org/wiki/Transistor for more detailed info.
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Simply put, it's not a conductor. \n\nhttp://jchemed.chem.wisc.edu/JCEsoft/CCA/CCA1/MVHTM/R0540/S567.HTM
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dont forget the formula I= R/U\nsort them and u will get the answer\n\n Current: 625mA (milli amperes)\nResistance: 19.2 ohms
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1. volts\n2. (b) negatively charged.\n3.  short.  Could also be "conductor," but the lack of control seems to indicate an unwanted short.\n4.  watt-hours.\n5.  \n6.  (a) The formula is P=V*V/R.  Where V is the voltage and R is the resistance.  So P=45*45/15=135 watts.  Actually the object is consumming the power, not producing it.\n    (b)  135*10 = 1350 watt-hours, or 1.35 kw-hr.\n    (c) 0.08*1.35 = $1.08\n7.  (a)  V=IR, so if the voltage is increased while the resistance is kept constant, then the current will also increase. (I=V/R)\n    (b)  If the resistance is increased and the voltage is kept constant, then the current has to decrease. (I=V/R)
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http://science.howstuffworks.com/electricity.htm
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http://lakeaccess.org/russ/conductivity.htm
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If a gets one coil, there are four ways.\n\na(1), b(3), c(0)\na(1), b(2), c(1)\na(1), b(1), c(2)\na(1), b(0), c(3)
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Carbon and ceramics are good insulators.\n\nGood conductors are copper and gold, to name a few.
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pipes, electrical wiring, coins
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It all depends on how much current will be drawn.
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All 's' can hold 2 electrons.\n\nAll 'p' can hold 8 electrons.\n\nAll 'd' can hold 18 electrons.\n\nAll 'f' can hold 32 electons.