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An electric train system (ETS) in Japan with a span of 10 miles long is connected to a two substations that generate 620 and 550 vols respectively. The resistance of the train system and rail return is 0.3ohm/mile. If the train located 4 miles from the 620 volt station draws 200A from the line, how much is the current supplied by each station? Use Nodal Analysis. * R1 R2 1 A 12 IL +620V. +550V. ETS

An electric train system (ETS) in Japan with a span of 10 miles long is connected to a two substations that generate 620 and 550 vols respectively. The resistance of the train system and rail return is 0.3ohm/mile. If the train located 4 miles from the 620 volt station draws 200A from the line, how much is the current supplied by each station? Use Nodal Analysis. * R1 R2 1 A 12 IL +620V. +550V. ETS

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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An electric train system (ETS) in Japan with a span of 10 miles long is connected to a two substations that generate 620 and 550 vols respectively. The resistance of the train system and rail return is 0.3ohm/mile. If the train located 4 miles from the 620 volt station draws 200A from the line, how much is the current supplied by each station? Use Nodal Analysis. * R1 R2 1 A 12 IL +620V +550V. ETS
Transcribed Image Text:An electric train system (ETS) in Japan with a span of 10 miles long is connected to a two substations that generate 620 and 550 vols respectively. The resistance of the train system and rail return is 0.3ohm/mile. If the train located 4 miles from the 620 volt station draws 200A from the line, how much is the current supplied by each station? Use Nodal Analysis. * R1 R2 1 A 12 IL +620V +550V. ETS
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