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planes present a diagram such as that shown by Fig 103 This is the P-T diagram; lines U C 1 and KC2 are vapor-pressure curves for the pure species, identified by the same letters as in Fig 101 Each interior loop represents the P-T behavior of saturated liquid and of saturated vapor for a mixture of $xed composition; the different loops are for different compositions Clearly, the P-T relation for saturated liquid is different from that for saturated vapor of the same composition This is in contrast with the behavior of a pure species, for which the bubble and dew lines coincide At points A and B in Fig 103 saturated-liquid and saturated-vapor lines intersect At such points a saturated liquid of one composition and a saturated vapor of another composition have the same T and P,and the two phases are therefore in equilibrium The tie lines connecting the coinciding points at A and at B are perpendicular to the P-T plane, as illustrated by the tie line VL in Fig 101 The critical point of a binary mixture occurs where the nose of a loop in Fig 103 is tangent to the envelope curve Put another way, the envelope curve is the critical locus One can verify this by considering two closely adjacent loops and noting what happens to the point of intersection as their separation becomes infinitesimal Figure 103 illustrates that the location of the critical point on the nose of the loop varies with composition For a pure species the critical point is the highest temperature and highest pressure at which vapor and liquid phases can coexist, but for a mixture it is in general neither Therefore under certain conditions a condensation process occurs as the result of a reduction in pressure Consider the enlarged nose section of a single P-T loop shown in FiglO4 The critical point is at C The points of maximum pressure and maximum temperature are identified as M p and M T The interior dashed curves indicate the fraction of the overall system that is liquid.

1) # The loopback network interface 2) auto lo 3) iface lo inet loopback 4) 5) # The first network interface eth0 6) auto eth0 7) iface eth0 inet static 8) address 192168145 9) netmask 2552552550 10) gateway 19216811 11) iface eth0:0 inet dhcp 12) 13) # The second network interface eth1 14) auto eth1 15) iface eth1 inet dhcp 16) iface eth1 inet6 static 17) address 2001:DB8::3 18) netmask 64

Saturated l ~ q u ~ d (bubble Ilne) Saturated vapor (dew h e )

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Line 1 Any line that begins with the pound sign (#) is a comment and is ignored Same thing goes for blank lines Line 2 Lines beginning with the word auto are used to identify the physical interfaces to be brought up when the ifup command executes, such as during system boot or when the network run control script is run The entry auto lo in this case refers to the loopback device Additional options can be given on subsequent lines in the same stanza The available options depend on the family and method Line 7 The iface directive defines the physical name of the interface being processed In this case, it is the eth0 interface The iface directive in this example supports the inet option, where inet refers to the address family The inet option, in turn, supports various methods Methods such as loopback (line 3), static (line 7), and dhcp (line 14) are supported The static method here is simply used to define Ethernet interfaces with statically assigned IP addresses

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