Throw the Switch In this problem denotes the emf provided by the source, and R is...

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Throw the Switch In this problem denotes the emf provided by the source, and R is the resistance of each bulb. Figure 1 of 1 + - B < > Part A Bulbs A, B, and C in the figure(Figure 1) are identical and the switch is an ideal conductor. How does closing the switch in the figure affect the potential difference? Check all that apply. ▸ Hints The potential difference across A is unchanged. The potential difference across B drops to zero. The potential difference across A increases by 50%. The potential difference across B drops by 50%. Submit Part B My Answers Give Up This question will be shown after you complete previous question(s). Provide Feedback Continue Throw the Switch In this problem denotes the emf provided by the source, and R is the resistance of each bulb. Figure 1 of 1 + - B < > Part A Bulbs A, B, and C in the figure(Figure 1) are identical and the switch is an ideal conductor. How does closing the switch in the figure affect the potential difference? Check all that apply. ▸ Hints The potential difference across A is unchanged. The potential difference across B drops to zero. The potential difference across A increases by 50%. The potential difference across B drops by 50%. Submit Part B My Answers Give Up This question will be shown after you complete previous question(s). Provide Feedback Continue

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since resistance to BCD network decreases as the re... View the full answer