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1st writer: You have Ohms law written wrong, here is an easy formula to use to get the right answer: V/IxR but the answer is .2 Amps (note the right answer)

2nd writer: You both have it written wrong. Ohm's Law is V=IxR. This can be used to solve Voltage, Current and Resistance with two givens. Then, when Power is presented through Watt's Law (P=IxV), you are able to solve for any of the four also with two givens. http://www.aob.com.au/resources.html Here's OUR set-up: I=V/R

This is the substitution: I=12V/60Ω Answer=0.2A OR 200mA

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15y ago
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13y ago

There is no question. Please restate the question.

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Wiki User

14y ago

200 ma. or .2 Amps

E=IR

Where:

E = EMF in volts

I = Current in Amps

R = resistance in Ohms

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Wiki User

13y ago

by ohms law .

V=IR

&

I=V / R

I = 60 / 12

I = 5 Amp

This is the actual current which is flowing thrugh the circuit .

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Wiki User

12y ago

5a

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Q: A component in an automobile 12-V electrical system has a resistance of 60 ohms How much current is in the component when in operation?
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