Determine the current that will flow when a potential difference of 36 V is applied between two ends of an appliance having a resistance of 180 Ω. If the same current is to flow through an appliance having a resistance of 400 Ω, how much potential difference should be applied across its two ends?
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He found that, with a constant resistance, voltage and current were directly proportional (as we showed in a graph above). This relationship can be expressed as V=IR where V is the voltage applied to the resistance, I is the current flow through the resistance and R is the resistance in ohms.
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