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A unicast address in IPv6 refers to a single network interface Any packet sent to a unicast address is meant for a specific interface on a host Examples of unicast addresses are link-local (eg, ::/128 - unspecified address, ::1/128 - loopback address, fe80::/10 autoconfiguration addresses), global unicast, site-local, and other special addresses

This equation provides for the calculation of the enthalpies of binary mixtures from enthalpy data for pure species 1 and 2 and from the heats of mixing Treatment is here restricted to binary systems Data for heats of mixing are usually available for a very limited number of temperatures If the heat capacities of the pure species and of the mixture are known, heats of mixing are calculated for other temperatures by a method analogous to the calculation of standard heats of reaction at elevated temperatures from the value at 29815 K (25 C) Heats of mixing are similar in many respects to heats of reaction When a chemical reaction occurs, the energy of the products is different from the energy of the reactants at the same T and P because of the chemical rearrangement of the constituent atoms When a mixture is formed, a similar energy change occurs because interactions between the force fields of like and unlike molecules are different These energy changes are generally much smaller than those associated with chemical bonds; thus heats of mixing are generally much smaller than heats of reaction

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An anycast address is a type of IPv6 address that is assigned to multiple interfaces (possibly belonging to different hosts) Any packet sent to an anycast address will be delivered to the closest interface that shares the anycast type address closest is interpreted according to the routing protocol s idea of distance or simply the most easily accessible host Hosts in a group sharing an anycast address have the same address prefix

When solids or gases are dissolved in liquids, the heat effect is called a heat of solution, and is based on the dissolution of 1 mol ofsolute If species 1 is the solute, then xl is the moles of solute per mole of solution Since A H is the heat effect per mole of solution, A H / x l is the

An IPv6 multicast-type address is similar in functionality to an IPv4-type multicast address A packet sent to a multicast address will be delivered to all the hosts (interfaces) that have the multicast address The hosts (or interfaces) that make up a multicast group do not necessarily need to share the same prefix and also do not need to be connected to the same physical network

heat effect per mole of solute Thus,

The designers of IPv6 built in backward-compatibility functionality into IPv6 to accommodate the various hosts or sites that are not fully IPv6-compliant or ready The support for legacy IPv4 hosts and sites is handled several ways: compatible addresses (IPv4compatible IPv6 address), mapped address (IPv4-mapped IPv6 address), and tunneling

where A is the heat of solution on the basis of a mole of solute H Solution processes are conveniently represented by physical-change equations analogous to chemical-reactionequations When 1 rnol of LiCl(s) is mixed with 12 mol of H20,the process is represented by:

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The designation LiC1(12H20) represents a solution of 1 rnol of LiCl dissolved in 12 rnol of H20 The heat of solution for this process at 29815 K (25 C) and 1 bar is = -33 614 J This means that a solution of 1 rnol of LiCl in 12 rnol of H 2 0 has an enthalpy 33 614 J less than the combined enthalpies of 1 rnol of pure LiCl(s) and 12 rnol of pure H20(1) Equations for physical changes such as this are readily combined with equations for chemical reactions This is illustrated in the following example, which incorporates the dissolution process just described

Mapped addresses are special unicast-type addresses used by IPv6 hosts They are used when an IPv6 host needs to send packets to an IPv4 host via a mostly IPv6 infrastructure The format for a mapped IPv6 address is as follows: the first 80 bits are all zeros, followed by 16 bits of ones, and then it ends with 32 bits of the IPv4 address

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