Two bulbs (each with resistance 2Ω) are to be connected to an ideal source of emf (ξ=8V) and negligible internal resistance. Find the current through each bulb and the potential difference across each bulb if the bulbs are connected in (a) series (b) in parallel. (c) Suppose one of the bulb bums out and cur.ent can no longer flow through it, what happens to the other bulb in the series case? in the parallel case?(Note: Draw the resistor network)
Two bulbs (each with resistance 2Ω) are to be connected to an ideal source of emf (ξ=8V) and negligible internal resistance. Find the current through each bulb and the potential difference across each bulb if the bulbs are connected in (a) series (b) in parallel. (c) Suppose one of the bulb bums out and cur.ent can no longer flow through it, what happens to the other bulb in the series case? in the parallel case?(Note: Draw the resistor network)
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Two bulbs (each with resistance 2Ω) are to be connected to an ideal source of emf (ξ=8V) and negligible internal resistance. Find the current through each bulb and the potential difference across each bulb if the bulbs are connected in (a) series (b) in parallel. (c) Suppose one of the bulb bums out and cur.ent can no longer flow through it, what happens to the other bulb in the series case? in the parallel case?(Note: Draw the resistor network)
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