13 Figure shows a generator at an electrical power station that generates 100 MWs of power at 10 kV AC Transformer T, st

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13 Figure Shows A Generator At An Electrical Power Station That Generates 100 Mws Of Power At 10 Kv Ac Transformer T St 1 (27.5 KiB) Viewed 9 times

13 Figure shows a generator at an electrical power station that generates 100 MWs of power at 10 kV AC Transformer T, steps the voltage up to 500 kV AC for transmission through transmission wires that have a total resistance, Ry of 3.00 Transformer 7, steps the voltage down to 50 kVS AC at the substation. Assume that both transformers are ideal T₁ transmission wires substation generator R--3.00 100 MW at 10 kV 500 KV The current in the transmission lines is 200 A. Calculate the total electrical power loss in the transmission wires. KW b. Transformer T, stepped the voltage up to 250 kVases AC instead of 500 kVasts AC. By what factor would the power loss in the transmission lines increase? 00000 00000 (00000 eeeee 50 kV 2 marks 2 marks