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Go to page 1 vater vapor flowing at a rate of 300.0 mol/h is brought from 600.0 °C and 10 bar to 100.0 °C and 1 atm. Physical Property Tables Required Cooling * Make sure to convert the steam table data to moles. Estimate the required cooling rate (a positive number in kW) three ways. Use five significant figures in your calculations. (i) from the steam tables (ii) using heat capacity data in Table B.2 (iii) using the enthalpy function of APEx (or Table B.8) i i -1.5315 -1.5315 -5511 kW kW kW

Go to page 1 vater vapor flowing at a rate of 300.0 mol/h is brought from 600.0 °C and 10 bar to 100.0 °C and 1 atm. Physical Property Tables Required Cooling * Make sure to convert the steam table data to moles. Estimate the required cooling rate (a positive number in kW) three ways. Use five significant figures in your calculations. (i) from the steam tables (ii) using heat capacity data in Table B.2 (iii) using the enthalpy function of APEx (or Table B.8) i i -1.5315 -1.5315 -5511 kW kW kW

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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Go to page 1 vater vapor flowing at a rate of 300.0 mol/h is brought from 600.0 °C and 10 bar to 100.0 °C and 1 atm. Physical Property Tables Required Cooling X Make sure to convert the steam table data to moles. Estimate the required cooling rate (a positive number in kW) three ways. Use five significant figures in your calculations. (i) from the steam tables (ii) using heat capacity data in Table B.2 (iii) using the enthalpy function of APEx (or Table B.8) i i i -1.5315 -1.5315 -5511 kW kW kW
Transcribed Image Text:Go to page 1 vater vapor flowing at a rate of 300.0 mol/h is brought from 600.0 °C and 10 bar to 100.0 °C and 1 atm. Physical Property Tables Required Cooling X Make sure to convert the steam table data to moles. Estimate the required cooling rate (a positive number in kW) three ways. Use five significant figures in your calculations. (i) from the steam tables (ii) using heat capacity data in Table B.2 (iii) using the enthalpy function of APEx (or Table B.8) i i i -1.5315 -1.5315 -5511 kW kW kW
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Step 1: Write the given data.

table row blank blank cell Initial space state colon end cell row cell Mass space flow space rate comma straight m with dot on top end cell equals cell 300 space mol divided by straight h end cell row cell straight T subscript 1 end cell equals cell 600 space degree straight C end cell row cell straight P subscript 1 end cell equals cell 10 space bar end cell row blank blank cell Final space state colon end cell row cell straight T subscript 2 end cell equals cell 100 space degree straight C end cell row cell straight P subscript 2 end cell equals cell 1 space atm end cell end table

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