Engineering, 04.10.2019 22:20 PushyGorilla
The length of a 60 w , 240 ω light bulb filament is 60 cm . part a if the potential difference across the filament is 120 v , what is the strength of the electric field inside the filament? express your answer in volts per meter. e e = nothing v/m submitrequest answer part b suppose the length of the bulb's filament were doubled without changing its diameter or the potential difference across it. what would the electric field strength be in this case? express your answer in volts per meter. e e = nothing v/m submitrequest answer part c remembering that the current in the filament is proportional to the electric field, what is the current in the filament following the doubling of its length? express your answer in amperes. i i = nothing a submitrequest answer part d what is the resistance of the filament following the doubling of its length? express your answer in ohms. r r = nothing ω submitrequest answer provide feedback next
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The length of a 60 w , 240 ω light bulb filament is 60 cm . part a if the potential difference acros...
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