• For the series circuit, the total potential difference provided by the "battery" is equal to the of the potential differences across each element. • For the series circuit, the total current supplied by the battery is in each circuit element. • The total resistance in a series circuit is determined by the ratio of the to the • The resistance of each element is determined by the ratio of the to the for each element. Based on these four statements, show how the total resistance of a series circuit is related to the resistance of each individual element in the circuit. If you were to hook these two bulbs up in parallel to the power supply, which bulb would be brighter? Explain your reasoning.
• For the series circuit, the total potential difference provided by the "battery" is equal to the of the potential differences across each element. • For the series circuit, the total current supplied by the battery is in each circuit element. • The total resistance in a series circuit is determined by the ratio of the to the • The resistance of each element is determined by the ratio of the to the for each element. Based on these four statements, show how the total resistance of a series circuit is related to the resistance of each individual element in the circuit. If you were to hook these two bulbs up in parallel to the power supply, which bulb would be brighter? Explain your reasoning.
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