8. An electric power station is producing 250 kW of power that is to be sent to a small town located 39.0 km away. Each of the two wires that comprise the transmission line has a resistance per kilometer of length of 0.20 N/km. Find the power lost in heating the wires if the voltage is stepped up from 1.60 kV to 16.0 kV using an ideal transformer. kw
8. An electric power station is producing 250 kW of power that is to be sent to a small town located 39.0 km away. Each of the two wires that comprise the transmission line has a resistance per kilometer of length of 0.20 N/km. Find the power lost in heating the wires if the voltage is stepped up from 1.60 kV to 16.0 kV using an ideal transformer. kw
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two wires that comprise the transmission line has a resistance per kilometer of length of 0.20 2/km. Find the power lost in
heating the wires if the voltage is stepped up from 1.60 kV to 16.0 kV using an ideal transformer.
kW"
Transcribed Image Text:8. An electric power station is producing 250 kW of power that is to be sent to a small town located 39.0 km away. Each of the
two wires that comprise the transmission line has a resistance per kilometer of length of 0.20 2/km. Find the power lost in
heating the wires if the voltage is stepped up from 1.60 kV to 16.0 kV using an ideal transformer.
kW
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