1.2 L car engine has four individual cylinders, each one of which holds 0.3 L of fuel + air gas mixture. When the fuel + air gas mixture enters the piston at 1 atm pressure at a standard engine temperature of ~90 °C (again 0.3 L volume), it is compressed adiabatically and irreversibly by a constant external pressure of 608 kPa. Assuming Cv,m = 20.8 J/K/mol, what is Δq, n, P (final), T (final), ΔU, ΔW and ΔH? Assume perfect gas behavior
1.2 L car engine has four individual cylinders, each one of which holds 0.3 L of fuel + air gas mixture. When the fuel + air gas mixture enters the piston at 1 atm pressure at a standard engine temperature of ~90 °C (again 0.3 L volume), it is compressed adiabatically and irreversibly by a constant external pressure of 608 kPa. Assuming Cv,m = 20.8 J/K/mol, what is Δq, n, P (final), T (final), ΔU, ΔW and ΔH? Assume perfect gas behavior
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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Problem 1.1MA
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A 1.2 L car engine has four individual cylinders, each one of which holds 0.3 L of fuel + air gas mixture. When the fuel + air gas mixture enters the piston at 1 atm pressure at a standard engine temperature of ~90 °C (again 0.3 L volume), it is compressed adiabatically and irreversibly by a constant external pressure of 608 kPa. Assuming Cv,m = 20.8 J/K/mol, what is Δq, n, P (final), T (final), ΔU, ΔW and ΔH?
Assume perfect gas behavior
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