Amps X Volts = Watts
Amps = Watts / Volts
2007-05-02 02:31:16
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answer #1
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answered by Gene 7
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When I was at school, we were taught 2 triangles to help figure out this and another formula.
For Watts, Volts and Amps you have a triangle /\ with Watts at the top point and Volts and Amps at the bottom corners separated by a multiply sign. This gave you 3 formulas W = V * A, V = W / A and A = W / V.
There was another similar triangle for Volts, Amps and Resistance (Ohms) that had Volts at the top and Amps and Resistance at the bottom which gave you V = A * R, A = V / R and R = V / A.
Hope this helps.
2007-05-02 21:11:08
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answer #2
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answered by Mr Mondeo 2
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Power (Watts) = Amps * Volts
2007-05-02 02:40:32
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answer #3
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answered by Anonymous
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For a pure resistance: power = volts x amps (P = VI)
When a circuit has some reactance in it:
power = volts x amps x power factor (P = VI x power factor)
power factor = resistance / sq root(r^2 + X^2)
2007-05-02 08:56:46
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answer #4
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answered by Anonymous
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I agree with with Rod - Amps = volts x watts
2007-05-02 03:24:25
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answer #5
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answered by Anonymous
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Yes it is amps times volts I*V, it can be calculated using anps squared times resistance denosed as I*I*R or I squared R
2007-05-05 21:17:15
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answer #6
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answered by tmac2 2
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power=volts*amps so amps=power\volts
2007-05-02 14:12:19
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answer #7
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answered by Dr. Eddie 6
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the answer you've are centred on DC circuits. For sinusoidal AC circuits P=V*I*cos(theta) the position theta is the section attitude between the voltage and modern-day. For nonsinusoidal AC circuits that is P=(a million/T)*indispensable(v*i*dt) integrated over an integer type of finished cycles.
2016-11-24 20:27:46
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answer #8
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answered by ? 4
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Power is the product of Voltage and current. so for calculating current (I), you have to divide power by voltage....
You will get amps..
I=P/V
2007-05-02 03:59:07
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answer #9
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answered by ((Gaining knowledge.) 2
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amps = volts x watts...
2007-05-02 02:59:47
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answer #10
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answered by Rod Stewart 5
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