if i go to a retail shop to buy a 1 kilo ohm resistor what is the specification i need to give?
205475
If it's for a simple hobbyist application they need to know only the resistance value and its power rating.\n\nA full specification would also include:\n\ntolerance,  thermal coefficient,  maximum voltage.
244652
You'll find the answer on this forum:\nhttp://www.retailworker.com/node/12438
295304
The general formula for finding the equivalent resistance when the resistors are connected in parallel is:\n1/R=1/R1 + 1/R2 + 1/R3 +.........+ 1/Rn.\nWhere, R=equivalent resistance\n       R1=First resistance\n       R2=Second resistance\n       .............\n       Rn=Last resistance\n    Therefore answer for your question is:\n1/R=1/3+1/3+1/3+1/3+1/3+1/3\n1/R=6/3\n1/R=2\nTherefore, R=1/2=0.5 ohms\nThe formula for finding the equivalent resistance when the resistors are connected in series is:\nR=R1+ R2 + R3 +........+Rn\nWhere the quantities are as above.
181302
Just google the IC number + datasheet and you should be able to find the data sheets for most of those components.  If you read the sheet properly, it will tell you what the internal circuit is.
92958
Assuming a DC circuit: use Ohm's law, I=E/R and P=I*E or I=150 Volts /11 Ohms = 13.64 Amps and Watts = 13.64 Amps * 150 Volts * 24 hours or 49,090.9 Watthours or 49.091 kWh.
206940
Go to http://www.barcodeisland.com/\n\nThere is a wealth of information, including different specifications.
253428
I'd say that you already know.  If my memory serves (at 6 AM) it is an equation where you can determine the unknown if you have two values.  The equation can be expresssed multiple ways.  Ohms are given in impedance or interference/resistance, and I think the other values are volts(or watts) and amperage (amps).  Whether it's home, commercial or electronics, the law applies to the flow  of electron in any circuit.
258752
Click on the McMaster-Carr link below and type in "gears" for the search string.  Then you should be off and running to buying one.\n\nOr if you want to figure out exactly what type of gear you need, try the second link.  (probably more info on gears than you would want to know)\n\nOh, and try the engineering section for a question on gears.  Engineers are gearheads.
59703
An easy thing to do would be to contact the major manufacturers and ask them who covers your local region of the country. They will know and be able to give you that persons contact info.
210726
You are looking at plumbing products specifications.\nBasically the 1010 spec really covers only the thread sizes and the socket sizes for connections and copper tube.\nYou can go to KEMBLA Copper tubes website and they have full BS sizes for Copper tubes.. Any website showing BSP and BSPT threads will give you what you need there.\nWithin BS1010, each item (product ) has it's own standard dimensions.\nBasically you can measure socket sizes and use thread guages to ensure things are up to standard.\nThe trouble with British Standards is they are optional.. You don't need to comply with the standards but can still use product on the market.\nYou should also check out the european Pressure Vessel Directive which came out in 2001 I think.. They also have standards requirements for the UK market too... but really confusing.
102460
u can find ur specification at \n\nwww.ambion.com
380816
the answer is \n basic equaion man you must know this off head ...V=IR\nVOLTAGE =CURRENT(I) *RESISTANCE (R) \nSO THE ANSWER IS \nI=V/R\nTHEN ITS 24/200\n=0.12
380753
When you copy and paste these, why don't you convert the "W"s into "ohms"?\n\nHey!  The guy who did your homework for you ("The Great One") gave three WRONG answers (as of 1930 MST 11-14.  He'll probably redo it after he reads this)...heh, heh, heh...
343327
Since you have no contact info, I have no other choice...\n\nIn reference to http://answers.yahoo.com/question/index?qid=20061115060801AAEHWQA&r=w&pa=FZptHWf.BGRX3OFMhzdTUCYEW59bygAIQoCa4DY8zIlrypTkPQ--&paid=answered#NbUvWju8VzmdRHfXRHQU\n\nYou suggested to the asker to wire his sub to 1 ohm when it clearly states in his question "500 watts X 1 @ 4 ohms". You do realize you told him to blow his amp up by wiring it that way.
349990
Your question is very confusing.  Among other things, resistors are used to limit or control the amount of current through a circuit.  If you know the required voltage drop across the resistor and the current through the resistor, Ohm's Law tells you to divide the voltage by the current to obtain the resistance in ohms.\n\nSay you have a light emitting diode (LED) that you want to power from a 5 volt power supply.  You put a resistor in series with the LED to control the current.  The voltage drop across the LED is about 0.7 volts, so the voltage across the resistor will be about 4.3 volts.  If you want 20 milliamperes to flow through the LED (and resistor), the required resistance is 4.3 volts divided by 0.020 amperes, or 215 ohms.  The nearest standard resistance value is 220 ohms, which is close enough.
390944
try\nhttp://www.dir.ca.gov/title8/2395_42.html\nsection b\n\nGrounds are also tied to the cold water pipes and gas pipes.\nmake sure all circuits are dry and checked with a insulation resistor tester (megger).Readings above 2 Mega Ohms should be OK.
392224
the input has to be the same unless you plan on plugging it into something other than a regular household outlet in the US.  the input is what it expects from the outlet you plug it into.\n  the output has to be 12V.  or else you might break your appliance.  the amps on the output can be greater than 600mA.  not less.  if your adapter is say 1000mA (1A) it has the capability of providing the 600mA your appliance needs, but if you have a 400mA adapter, it won't be enough.