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This section will demonstrate how to put together some of the topics and utilities covered so far in this chapter The elegant design of Linux allows you to combine simple commands to perform advanced operations Sometimes in the course of administration you might have to move a user and its files around This section will cover the process of moving a user s home directory In this section, you are going to move the user named project5 from his default home directory /home/project5 to /export/home/project5 You will also have to set the proper permissions and ownership of the user s files and directories so that the user can access it Unlike the previous exercises, which were performed as a regular user (the user yyang), you will need superuser privileges to perform the steps in this exercise

717 Two nonconducting tanks of negligible heat capacity and of equal volume initially contain equal quantities of the same ideal gas at the same T and P Tank A discharges to the atmosphere through a small turbine in which the gas expands isentropically; tank B discharges to the atmosphere through a porous plug Both devices operate until discharge ceases (a) When discharge ceases, is the temperature in tank A less than, equal to, or greater than the temperature in tank B (b) When the pressures in both tanks have fallen to half the initial pressure, is the temperature of the gas discharging from the turbine less than, equal to, or greater than the temperature of the gas discharging from the porous plug (c) During the discharge process, is the temperature of the gas leaving the turbine less than, equal to, or greater than the temperature of the gas leaving tank A at the same instant (d) During the discharge process, is the temperature of the gas leaving the porous plug less than, equal to, or greater than the temperature of the gas leaving tank B at the same instant (e) When discharge ceases, is the mass of gas remaining in tank A less than, equal to, or greater than the mass of gas remaining in tank B 718 A steam turbine operates adiabatically at a power level of 3500 kW Steam enters the turbine at 2400 kPa and 77315 K (500 C) and exhausts from the turbine as saturated vapor at 20 kPa What is the steam rate through the turbine, and what is the turbine efficiency 719 A turbine operates adiabatically with superheated steam entering at Tl and PI with a mass flow rate rh The exhaust pressure is P2 and the turbine efficiency is q For one of the following sets of operating conditions, determine the power output of the turbine and the enthalpy and entropy of the exhaust steam (a) Tl = 72315 K(450 C), P1 = 8000 kPa, riz = 80 kg s-l , P2= 30 Wa, q = 080 (b) Tl = 82315 K(550 C), P1= 9000kPa, liz = 90kg s-l, P2=20kPa, q = 077 P2= 10 kPa, q = 082 (c) TI = 87315 K(600 C), P1= 8600kPa, m = 70 kg s-I, (d) Tl =67315 K(400 C), P1 =7000kPa, liz =65 kg s-l, P2 =50kPa, q =075 (e) Tl=47315K(2000C),P1=1400kPa,riz=50kgs-1, P2=200kPa,q=075 TI =75515K(482"C), P1 =758 bar, rh = 68 kg s-', P2 =014bar, q = 080 (g) TI =70015K(427"C), PI =69bar, + =454kg S-l, P2 =028bar, q =075 iz.

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720 Nitrogen gas initially at 85 bar expands isentropically to 1 bar and 42315 K (150 C) Assuming nitrogen to be an ideal gas, calculate the initial temperature and the work produced per mole of nitrogen 721 Combustion products from a burner enter a gas turbine at 10 bar and 122315 K (950 C) and discharge at 15 bar The turbine operates adiabatically with an efficiency of 77% Assuming the combustion products to be an ideal-gas mixture with a heat capacity of 32 J mol-' K-', what is the work output of the turbine per mole of gas, and what is the temperature of the gases discharging from the turbine

1 Log into the system as root and launch a virtual terminal 2 Create the user that will be used for this project The username is project5 Type

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[root@fedora-serverA ~]# ls -al /home/project5 total 48 drwx------ 3 project5 project5 4096 2010-10-08 drwxr-xr-x 7 root root 4096 2010-10-08 -rw-r--r-- 1 project5 project5 33 2010-10-08 -rw-r--r-- 1 project5 project5 176 2010-10-08 -rw-r--r-- 1 project5 project5 124 2010-10-08

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