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The disk partitioning tool used during the operating system installation provides an easy way to create partitions and associate them to the directories they will be mounted on Each partition entry will typically show the following information: Device Linux associates each partition with a separate device For the purpose of this installation, you need to know only that under Integrated Drive Electronics (IDE) disks, each device begins with /dev/sdXY, where X is a for an IDE master on the first chain, b for an IDE slave on the first chain, c for an IDE master on the second chain, or d for an IDE slave on the second chain, and where Y is the partition number of the disk For example, /dev/sda1 is the first partition on the primary chain, primary disk Native Small Computer System Interface (SCSI) disks follow the same basic idea, and each partition starts with /dev/sdXY, where X is a letter representing a unique physical drive (a is for SCSI ID 1, b is for SCSI ID 2, and so on) The Y represents the partition number Thus, for example, /dev/sdb4 is the fourth partition on the SCSI disk with ID 2 The system is a little more complex than Windows, but each partition s location is explicit no more guessing: What physical device does drive E: correspond to Mount point The location where the partition is mounted Type This field shows the partition s type (for example, ext2, ext3, ext4, swap, or vfat) Format This field indicates whether the partition will be formatted This field shows the partition s size (in megabytes, or MB) Size (MB)

where for simplicity the superscript "ig" has been omitted from the mean heat capacity If the compression is isentropic, A S = 0, and this equation becomes:

Start This field shows the cylinder on your hard drive where the partition begins End This field shows the cylinder on your hard drive where the partition ends

where Ti is the temperature that results when compression from TI and PI to P2 is isentropic and where (Clp)Sis the mean heat-capacity for the temperature range from TI to TL Applied to isentropic compression, Eq (49) here becomes:

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For the sake of simplicity, you will use only some of the disk boundaries described earlier for your installation In addition, you will leave some free space (unpartitioned space) that we can play with in a later chapter ( 7) You will carve up your hard disk into: /boot / SWAP /home /tmp FREE SPACE/UNPARTITIONED AREA The sample system that this installation is being performed on has a 10-gigabyte (GB) hard disk You will use the following sizes as a guideline on how to allocate the various sizes for each partition/volume You should, of course, adjust the suggested sizes to suit the overall size of the disk you are using

In accord with Eq (7151,

2:

This result may be combined with the compressor efficiency to give:

NOTE The /boot partition cannot be created on a Logical Volume Management (LVM) partition type The Fedora boot loader cannot read LVM-type partitions This is true at the time of this writing, but may change in the future Now that you have some background on partitioning under Linux, let s go back to the installation process itself: 1 At the top of the screen, select the Create Custom Layout option, and click Next 2 Next you will be presented with the Disk Setup screen, as shown here:

Ws(isentropic)

(720)

3 Click New The Add Partition dialog box appears; complete it with the information that follows for the corresponding fields: Mount Point File System Type Allowable Drives Size (MB) Additional Size Options Force to be a primary partition /boot ext3 Accept the default value 200 Fixed size Leave unselected

The actual discharge temperature T2 resulting from compression is also found from Eq (49), rewritten as:

NOTE The Fedora installer supports the creation of encrypted file systems We will not use any encrypted file systems on our sample system 4 You will create the / (root), /home, /tmp, and swap containers on an LVM-type partition In order to do this, you will first need to create the parent physical volume

You will use this pseudo-code to assist you when you begin to create your program with NXT-G One final thing I want to mention about pseudo-code is that each instruction you give the robot should be as simple as possible Take a look at the next two examples and tell me which one has the simpler instructions: Example 1: SPOT, move forward about 10 inches; turn left 90 degrees, and start moving forward; then start looking for a black object with your Ultrasonic sensor, because I want you to stop when you find a black object; then turn right 90 degrees, and move backward 2 feet, OK Example 2: SPOT, move forward 10 inches and stop Now turn left 90 degrees Starting moving forward, and turn on your Ultrasonic sensor Stop when you find a black object Turn right 90 degrees and stop Now move backwards 2 feet and stop.

Whence, is where by Eq (714) AH = W, Here ( C P J H the mean heat-capacity for the temperature range from TI to T2 For the special case of an ideal gas with constant heat capacities,

2:

Equations (718) and (719) therefore become:

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