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A steady -state steady flow thermodynamic system receives 100 lb of a fluid at min 30 psia and 200°F and discharges it from a point 80 ft above the entrance section at 150 psia and 600°F. The fluid enters with a velocity of 1200 fpm and leaves with a velocity of 2400 fpm. During the process, there are supplied 25,000 Btu/hr Btu of heat from an external source and the increase in the enthalpy is 2 lb Determine the work done in horsepower.

A steady -state steady flow thermodynamic system receives 100 lb of a fluid at min 30 psia and 200°F and discharges it from a point 80 ft above the entrance section at 150 psia and 600°F. The fluid enters with a velocity of 1200 fpm and leaves with a velocity of 2400 fpm. During the process, there are supplied 25,000 Btu/hr Btu of heat from an external source and the increase in the enthalpy is 2 lb Determine the work done in horsepower.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A steady - state steady flow thermodynamics system receives 100 lb/min of a fluid at 30 psia and 200°F and discharges it from a point 80 ft above the entrance section at 150 psia and 600°F. The fluid enters with a velocity of 1200 fpm and leaves with a velocity of 2400 fpm. During the process, there are supplied 25000 Btu/hr of heat from an external source and the increase in the enthalpy is 2 btu/lb. Determine the work done in horsepower.

A steady -state steady flow thermodynamic system receives 100 lb of a fluid at min 30 psia and 200°F and discharges it from a point 80 ft above the entrance section at 150 psia and 600°F. The fluid enters with a velocity of 1200 fpm and leaves with a velocity of 2400 fpm. During the process, there are supplied 25,000 Btu/hr Btu of heat from an external source and the increase in the enthalpy is 2 lb Determine the work done in horsepower.
Transcribed Image Text:A steady -state steady flow thermodynamic system receives 100 lb of a fluid at min 30 psia and 200°F and discharges it from a point 80 ft above the entrance section at 150 psia and 600°F. The fluid enters with a velocity of 1200 fpm and leaves with a velocity of 2400 fpm. During the process, there are supplied 25,000 Btu/hr Btu of heat from an external source and the increase in the enthalpy is 2 lb Determine the work done in horsepower.
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