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1. Re: Driving lamps, etc. -Reply (score: 1): Author: Matt Kulka <Matt.Kulka@hboc.com>; Date: Fri, 09 Jan 1998 16:45:13 -0500; Okay, I can visualize getting a cheap ammeter and connecting it between a battery post and cable to find out how much various things load my charging system. But you can't very well measure the draw; /html/mgs/1998-01/msg00662.html (9,306 bytes)
2. Re: Driving lamps, etc. -Reply (score: 1): Author: Skye Poier <skye@jungle.direct.ca>; Date: Fri, 9 Jan 1998 14:25:49 -0800; watts = amps x volts Skye -- www.mgb.bc.ca; /html/mgs/1998-01/msg00664.html (8,623 bytes)
3. Re: Driving lamps, etc. -Reply (score: 1): Author: Matt Kulka <Matt.Kulka@hboc.com> (by way of stuart farmer <k7wf@tdn.com>); Date: Fri, 09 Jan 1998 15:25:21 -0800; Matt Kulka wrote: Okay, I can visualize getting a cheap ammeter and connecting it between a battery post and cable to find out how much various things load my charging system. But you can't very well; /html/mgs/1998-01/msg00665.html (9,296 bytes)
4. Re: Driving lamps, etc. -Reply (score: 1): Author: Mike Edmonds <edmondsm@concentric.net>; Date: Fri, 9 Jan 98 15:40:38 -0700; Here are the formulas you requested: Power = P (expressed in Watts) Voltage = V (expressed in Volts) Amperes = A (expressed in Amps) Resistance = R (expressed in Ohms) P = VA V = AR A = R/V R = V/A; /html/mgs/1998-01/msg00667.html (9,918 bytes)
5. Re: Driving lamps, etc. -Reply (score: 1): Author: Mike Edmonds <edmondsm@concentric.net>; Date: Fri, 9 Jan 98 15:49:24 -0700; Oops, Stuart is right! A = V/R In addition, Power can also be expressed as P = (V x V)/R; /html/mgs/1998-01/msg00668.html (9,768 bytes)
6. Re: Driving lamps, etc. -Reply (score: 1): Author: DANMAS <DANMAS@aol.com>; Date: Fri, 9 Jan 1998 19:15:02 EST; Matt, Let's start with the last part first: 1) Watts = Volts X Amps 2) Amps = Watts/Volts 3) Volts = Amps X Resistance 4) Amps = Volts/Resistance Substituting 3 into 1, we have 5) Watts = Amps X Amps; /html/mgs/1998-01/msg00669.html (12,900 bytes)

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