3. A handheld electronic device comprising: a processor apparatus comprising a processor and a memory having stored therein a plurality of objects comprising a plurality of language objects, the processor apparatus being structured to detect an ambiguous input, and being further structured to generate a number of compound language solutions by, for each compound language solution: identifying a language object corresponding with a portion of the ambiguous input and having a length equal to the length of the portion, and for each of a number of other portions of the ambiguous input, identifying another language object corresponding with the other portion of the ambiguous input; an input apparatus comprising a plurality of input members, at least some of the input members each having a plurality of linguistic elements assigned thereto; an output apparatus; the processor apparatus being structured to make a determination that one compound language solution has a greater degree of sequence completeness than another compound language solution; the processor apparatus being structured to output a representation of each of at least some of the compound language solutions, each said representation comprising a representation of the language object and, for each of the other portions, a representation of at least a portion of the another language object corresponding therewith; the processor apparatus being structured to output the one compound language solution at a higher output priority than the another compound language solution; wherein the processor apparatus is structured to make as said determination a determination that, for the one compound language solution, each other portion of the ambiguous input has a length equal length to that of the identified language object corresponding therewith; wherein the processor apparatus is structured to arrange at least some of the representations in order of decreasing priority according to the increasing quantity of other portions; wherein the processor apparatus is structured to determine that a plurality of the compound language solutions have an equal quantity of other portions, to determine a length identity value for each of said plurality of compound language solutions, and to output said plurality of compound language solutions amongst themselves in order of decreasing priority according to the increasing length identity value; wherein the processor apparatus is structured to determine that the one compound language solution and the another compound language solution have an equal length identity value and, responsive thereto, to initiate said making a determination; and wherein the objects additionally comprise a plurality of frequency objects each having a frequency value, at least some of the language objects each being associated with an associated frequency object, and wherein the processor apparatus is structured to determine that an additional compound language solution has a length identity value equal to that of the one compound language solution and the another compound language solution, to assign to the another compound language solution a frequency value based at least in part upon a frequency value of a frequency object associated with a language object of the another compound language solution, to assign to the additional compound language solution a frequency value based at least in part upon a frequency value of a frequency object associated with a language object of the additional compound language solution, and to output the another compound language solution and the additional compound language solution amongst themselves in order of decreasing priority according to the decreasing frequency value and at a position of lower priority than the one compound language solution.
3. A handheld electronic device comprising: a processor apparatus comprising a processor and a memory having stored therein a plurality of objects comprising a plurality of language objects, the processor apparatus being structured to detect an ambiguous input, and being further structured to generate a number of compound language solutions by, for each compound language solution: identifying a language object corresponding with a portion of the ambiguous input and having a length equal to the length of the portion, and for each of a number of other portions of the ambiguous input, identifying another language object corresponding with the other portion of the ambiguous input; an input apparatus comprising a plurality of input members, at least some of the input members each having a plurality of linguistic elements assigned thereto; an output apparatus; the processor apparatus being structured to make a determination that one compound language solution has a greater degree of sequence completeness than another compound language solution; the processor apparatus being structured to output a representation of each of at least some of the compound language solutions, each said representation comprising a representation of the language object and, for each of the other portions, a representation of at least a portion of the another language object corresponding therewith; the processor apparatus being structured to output the one compound language solution at a higher output priority than the another compound language solution; wherein the processor apparatus is structured to make as said determination a determination that, for the one compound language solution, each other portion of the ambiguous input has a length equal length to that of the identified language object corresponding therewith; wherein the processor apparatus is structured to arrange at least some of the representations in order of decreasing priority according to the increasing quantity of other portions; wherein the processor apparatus is structured to determine that a plurality of the compound language solutions have an equal quantity of other portions, to determine a length identity value for each of said plurality of compound language solutions, and to output said plurality of compound language solutions amongst themselves in order of decreasing priority according to the increasing length identity value; wherein the processor apparatus is structured to determine that the one compound language solution and the another compound language solution have an equal length identity value and, responsive thereto, to initiate said making a determination; and wherein the objects additionally comprise a plurality of frequency objects each having a frequency value, at least some of the language objects each being associated with an associated frequency object, and wherein the processor apparatus is structured to determine that an additional compound language solution has a length identity value equal to that of the one compound language solution and the another compound language solution, to assign to the another compound language solution a frequency value based at least in part upon a frequency value of a frequency object associated with a language object of the another compound language solution, to assign to the additional compound language solution a frequency value based at least in part upon a frequency value of a frequency object associated with a language object of the additional compound language solution, and to output the another compound language solution and the additional compound language solution amongst themselves in order of decreasing priority according to the decreasing frequency value and at a position of lower priority than the one compound language solution. 4. The handheld electronic device of claim 3 wherein the processor apparatus is structured to make, as said determination, a determination that, for the one compound language solution, each other portion of the ambiguous input has a length equal length to that of the identified language object corresponding therewith.