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Two steam turbines each of 20,000 kW capacity drive a total load of 30,000 kW. The steam rates in kilogram per hour are 1 TP₁=2000+ 10 P₁ -0.0001 P₁2 TP₂=5,000 + 7 P₂ - 0.00005 P₂2 The best division of the load will be

Two steam turbines each of 20,000 kW capacity drive a total load of 30,000 kW. The steam rates in kilogram per hour are 1 TP₁=2000+ 10 P₁ -0.0001 P₁2 TP₂=5,000 + 7 P₂ - 0.00005 P₂2 The best division of the load will be

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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Please solve Last time Rejected: Two steam turbines each of 20,000 kW capacity drive a total load of 30,000 kW. The steam rates in kilogram per hour are 1 TP₁= 2000 + 10 P₁ -0.0001 P₁2 TP₂=5,000 +7 P₂ - 0.00005 P2 The best division of the load will be
Transcribed Image Text:Please solve Last time Rejected: Two steam turbines each of 20,000 kW capacity drive a total load of 30,000 kW. The steam rates in kilogram per hour are 1 TP₁= 2000 + 10 P₁ -0.0001 P₁2 TP₂=5,000 +7 P₂ - 0.00005 P2 The best division of the load will be
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