4. Which of the following is an accurate description of the relationship demonstrated in Ohm's Law? A. The electric potential (volts) multiplied by the resistance (ohms) equals the current (amperes). B. The electric potential (amperes) divided by the resistance (ohms) equals the current (volts). C. The electric potential (volts) divided by the current (amperes) equals the resistance (ohms). D. The resistance (ohms) divided by the current (amperes) equals the electric potential (volts).

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01-03-2018
Chemistry

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4. Which of the following is an accurate description of the relationship demonstrated in Ohm's Law? A. The electric potential (volts) multiplied by the resistance (ohms) equals the current (amperes). B. The electric potential (amperes) divided by the resistance (ohms) equals the current (volts). C. The electric potential (volts) divided by the current (amperes) equals the resistance (ohms). D. The resistance (ohms) divided by the current (amperes) equals the electric potential (volts).

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woodcb16 woodcb16 · Answer 1 · 2018-07-01T14:35:51+02:00

woodcb16 woodcb16

01-07-2018

C. The electric potential (volts) divided by the current (amperes) equals the resistance (ohms)

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Larus Larus · Answer 2 · 2019-01-02T02:10:08+01:00

The correct answer is option C, that is, the electric potential (volts) divided by the current (amperes) equals the resistance (ohms).

According to the Ohm's law, the current via a conductor between the two points is directly equivalent to the voltage through the two points. With the introduction of resistance, that is, the constant of proportionality, the mathematical equation, which describes the association is:

I = V/R

Here, I is the current via the conductor in the units of amperes, R is the resistance of the conductor in the units of ohms, and V is the voltage determined across the conductor in the units of volts.