What happens to the net resistance of a circuit as more resistors are added in parallel? Give a conceptual explanation for your. O There is no change to the net resistance because each path is separate O The net resistance goes up because there is more "friction" in the circuit The net resistance goes up because the total length of the circuit is longer The net resistance goes up because the current splits The net resistance goes down because the current splits The net resistance goes down because the total cross-sectional area of wire gets larger

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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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I think it’s the last choice but I’m not sure why cross sectional area plays a role
What happens to the net resistance of a circuit as more resistors are added in parallel? Give a conceptual explanation for your ans
O There is no change to the net resistance because each path is separate
The net resistance goes up because there is more "friction" in the circuit
The net resistance goes up because the total length of the circuit is longer
The net resistance goes up because the current splits
The net resistance goes down because the current splits
The net resistance goes down because the total cross-sectional area of wire gets larger
Transcribed Image Text:What happens to the net resistance of a circuit as more resistors are added in parallel? Give a conceptual explanation for your ans O There is no change to the net resistance because each path is separate The net resistance goes up because there is more "friction" in the circuit The net resistance goes up because the total length of the circuit is longer The net resistance goes up because the current splits The net resistance goes down because the current splits The net resistance goes down because the total cross-sectional area of wire gets larger
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